brainvisa-3.2.0

AC/PC DW Diffusion MR

Parent types:
Corrected DW Diffusion MR
DW Diffusion MR
4D Volume
Any Type

Key: ['center', 'subject', 'acquisition']

Non mandatory key attributes: ('acquisition',)
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

{center}/{subject}/diffusion/{acquisition}/acpc_diffusion_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0

AC/PC T2 Diffusion MR
Parent types:
T2 Diffusion MR
3D Volume
4D Volume
Any Type

Key: ['center', 'subject', 'acquisition']

Non mandatory key attributes: ('acquisition',)
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

{center}/{subject}/diffusion/{acquisition}/acpc_t2diff_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0

AC/PC T2 Diffusion MR referential
Parent types:
Referential
Text file
Any Type

Key: ['center', 'subject', 'acquisition']

Non mandatory key attributes: ('acquisition',)
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

{center}/{subject}/diffusion/{acquisition}/registration/acpc_t2diff_<subject>

Formats: ['Referential']
Rule selection key: () ()
Priority offset: 0

Acquisition
Parent types:
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'research_group', 'subject_age', 'contrast', 'mapped', 'center', 'subject', 'acquisition', 'modality']

Non mandatory key attributes: ('acquisition_date', 'mapped', 'time_duration', 'time_point', 'research_group', 'subject_age', 'acquisition', 'contrast', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

Rules selection key: ['modality'] []
{center}/{subject}/t1mri/{acquisition}

Formats: ['Directory']
Rule selection key: ('t1mri',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
research_group = ''
subject_age = ''
contrast = ''
mapped = ''
modality = 't1mri'

{center}/{subject}/t1mri/{acquisition}

Formats: ['Directory']
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
research_group = ''
subject_age = ''
contrast = ''
mapped = ''
modality = 't1mri'

{center}/{subject}/flairmri/{acquisition}

Formats: ['Directory']
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
research_group = ''
subject_age = ''
contrast = ''
mapped = ''
modality = 'flairmri'

{center}/{subject}/mp2rage/{acquisition}

Formats: ['Directory']
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
research_group = ''
subject_age = ''
contrast = ''
mapped = ''
modality = 'mp2rage'

{center}/{subject}/volBrain/{acquisition}

Formats: ['Directory']
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
research_group = ''
subject_age = ''
contrast = ''
mapped = ''
modality = 'volBrain'

{center}/{subject}/assemblyNet/{acquisition}

Formats: ['Directory']
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
research_group = ''
subject_age = ''
contrast = ''
mapped = ''
modality = 'assemblyNet'

{center}/{subject}/vol2Brain/{acquisition}

Formats: ['Directory']
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
research_group = ''
subject_age = ''
contrast = ''
mapped = ''
modality = 'vol2Brain'

{center}/{subject}/spect/{acquisition}

Formats: ['Directory']
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
research_group = ''
subject_age = ''
contrast = ''
mapped = ''
modality = 'NM'

{center}/{subject}/pet/{acquisition}

Formats: ['Directory']
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
research_group = ''
subject_age = ''
contrast = ''
mapped = ''
modality = 'PET'

{center}/{subject}/anatomical_mri/{acquisition}

Formats: ['Directory']
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
research_group = ''
subject_age = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'

{center}/{subject}/flairmri/{acquisition}

Formats: ['Directory']
Rule selection key: ('flairmri',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
research_group = ''
subject_age = ''
contrast = ''
mapped = ''
modality = 'flairmri'

{center}/{subject}/mp2rage/{acquisition}

Formats: ['Directory']
Rule selection key: ('mp2rage',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
research_group = ''
subject_age = ''
contrast = ''
mapped = ''
modality = 'mp2rage'

{center}/{subject}/volBrain/{acquisition}

Formats: ['Directory']
Rule selection key: ('volBrain',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
research_group = ''
subject_age = ''
contrast = ''
mapped = ''
modality = 'volBrain'

{center}/{subject}/assemblyNet/{acquisition}

Formats: ['Directory']
Rule selection key: ('assemblyNet',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
research_group = ''
subject_age = ''
contrast = ''
mapped = ''
modality = 'assemblyNet'

{center}/{subject}/vol2Brain/{acquisition}

Formats: ['Directory']
Rule selection key: ('vol2Brain',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
research_group = ''
subject_age = ''
contrast = ''
mapped = ''
modality = 'vol2Brain'

{center}/{subject}/spect/{acquisition}

Formats: ['Directory']
Rule selection key: ('NM',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
research_group = ''
subject_age = ''
contrast = ''
mapped = ''
modality = 'NM'

{center}/{subject}/pet/{acquisition}

Formats: ['Directory']
Rule selection key: ('PET',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
research_group = ''
subject_age = ''
contrast = ''
mapped = ''
modality = 'PET'

{center}/{subject}/anatomical_mri/{acquisition}

Formats: ['Directory']
Rule selection key: ('anatomical_mri',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
research_group = ''
subject_age = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'

Analysis Report
Parent types:
Text file
Any Type

Key: ['center', 'subject', 'acquisition', 'modality']
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

Rules selection key: ['modality'] []

{center}/{subject}/volBrain/{acquisition}/<subject>_report

Formats: None
Rule selection key: ('',) ()
Priority offset: 0
modality = 'volBrain'

{center}/{subject}/assemblyNet/{acquisition}/report_<subject>

Formats: None
Rule selection key: ('',) ()
Priority offset: 0
modality = 'assemblyNet'

{center}/{subject}/vol2Brain/{acquisition}/report_<subject>

Formats: None
Rule selection key: ('',) ()
Priority offset: 0
modality = 'vol2Brain'

{center}/{subject}/volBrain/{acquisition}/<subject>_report

Formats: None
Rule selection key: ('volBrain',) ()
Priority offset: 0
modality = 'volBrain'

{center}/{subject}/assemblyNet/{acquisition}/report_<subject>

Formats: None
Rule selection key: ('assemblyNet',) ()
Priority offset: 0
modality = 'assemblyNet'

{center}/{subject}/vol2Brain/{acquisition}/report_<subject>

Formats: None
Rule selection key: ('vol2Brain',) ()
Priority offset: 0
modality = 'vol2Brain'

Anatomy To Mean Functional Volume Transformation
Parent types:
Transformation matrix
Transformation
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'
contrast = 'con'
volume = 'vol'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/functional/<subject>_Anatomy_To_Mean_Function_Transformation

Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'

Ancillary Volume
Parent types:
4D Volume
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'ancillary_name']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

{center}/{subject}/t1mri/{acquisition}/ancillary_volumes/{ancillary_name}

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'

Ancillary Volume DARTEL
Parent types:
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'ancillary_name', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/ancillary_volumes/<subject>_{ancillary_name}_DARTEL_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/ancillary_volumes/<subject>_{ancillary_name}_DARTEL_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/ancillary_volumes/<subject>_{ancillary_name}_DARTEL_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/ancillary_volumes/<subject>_{ancillary_name}_DARTEL_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/ancillary_volumes/<subject>_{ancillary_name}_DARTEL_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/ancillary_volumes/<subject>_{ancillary_name}_DARTEL_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/ancillary_volumes/<subject>_{ancillary_name}_DARTEL_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/ancillary_volumes/<subject>_{ancillary_name}_DARTEL_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

Ancillary Volume DISCO
Parent types:
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'ancillary_name', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/ancillary_volumes/<subject>_{ancillary_name}_DISCO

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/ancillary_volumes/<subject>_{ancillary_name}_DISCO

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/ancillary_volumes/<subject>_{ancillary_name}_DISCO

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/ancillary_volumes/<subject>_{ancillary_name}_DISCO

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/ancillary_volumes/<subject>_{ancillary_name}_DISCO

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/ancillary_volumes/<subject>_{ancillary_name}_DISCO

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/ancillary_volumes/<subject>_{ancillary_name}_DISCO

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/ancillary_volumes/<subject>_{ancillary_name}_DISCO

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

Ancillary Volume DISCO DARTEL
Parent types:
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'ancillary_name', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/ancillary_volumes/<subject>_{ancillary_name}_DISCO_DARTEL_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/ancillary_volumes/<subject>_{ancillary_name}_DISCO_DARTEL_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/ancillary_volumes/<subject>_{ancillary_name}_DISCO_DARTEL_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/ancillary_volumes/<subject>_{ancillary_name}_DISCO_DARTEL_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/ancillary_volumes/<subject>_{ancillary_name}_DISCO_DARTEL_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/ancillary_volumes/<subject>_{ancillary_name}_DISCO_DARTEL_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/ancillary_volumes/<subject>_{ancillary_name}_DISCO_DARTEL_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/ancillary_volumes/<subject>_{ancillary_name}_DISCO_DARTEL_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

Ancillary Volume Inversed DARTEL
Parent types:
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'origin_subject', 'ancillary_name', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/ancillary_volumes/{origin_subject}_{ancillary_name}_invDARTEL_<Template>_IN_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/ancillary_volumes/{origin_subject}_{ancillary_name}_invDARTEL_<Template>_IN_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/ancillary_volumes/{origin_subject}_{ancillary_name}_invDARTEL_<Template>_IN_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/ancillary_volumes/{origin_subject}_{ancillary_name}_invDARTEL_<Template>_IN_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/ancillary_volumes/{origin_subject}_{ancillary_name}_invDARTEL_<Template>_IN_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/ancillary_volumes/{origin_subject}_{ancillary_name}_invDARTEL_<Template>_IN_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/ancillary_volumes/{origin_subject}_{ancillary_name}_invDARTEL_<Template>_IN_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/ancillary_volumes/{origin_subject}_{ancillary_name}_invDARTEL_<Template>_IN_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

Ancillary Volume Inversed DARTEL Dest Native
Parent types:
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'origin_subject', 'ancillary_name', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/ancillary_volumes/{origin_subject}_{ancillary_name}_invDARTEL_<Template>_IN_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/ancillary_volumes/{origin_subject}_{ancillary_name}_invDARTEL_<Template>_IN_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/ancillary_volumes/{origin_subject}_{ancillary_name}_invDARTEL_<Template>_IN_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/ancillary_volumes/{origin_subject}_{ancillary_name}_invDARTEL_<Template>_IN_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/ancillary_volumes/{origin_subject}_{ancillary_name}_invDARTEL_<Template>_IN_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/ancillary_volumes/{origin_subject}_{ancillary_name}_invDARTEL_<Template>_IN_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/ancillary_volumes/{origin_subject}_{ancillary_name}_invDARTEL_<Template>_IN_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/ancillary_volumes/{origin_subject}_{ancillary_name}_invDARTEL_<Template>_IN_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

Ancillary Volume Inversed DARTEL and DISCO
Parent types:
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'ancillary_name', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/ancillary_volumes/{origin_subject}_{ancillary_name}_invDARTEL_{Template}_invDISCO_IN_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/ancillary_volumes/{origin_subject}_{ancillary_name}_invDARTEL_{Template}_invDISCO_IN_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/ancillary_volumes/{origin_subject}_{ancillary_name}_invDARTEL_{Template}_invDISCO_IN_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/ancillary_volumes/{origin_subject}_{ancillary_name}_invDARTEL_{Template}_invDISCO_IN_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/ancillary_volumes/{origin_subject}_{ancillary_name}_invDARTEL_{Template}_invDISCO_IN_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/ancillary_volumes/{origin_subject}_{ancillary_name}_invDARTEL_{Template}_invDISCO_IN_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/ancillary_volumes/{origin_subject}_{ancillary_name}_invDARTEL_{Template}_invDISCO_IN_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/ancillary_volumes/{origin_subject}_{ancillary_name}_invDARTEL_{Template}_invDISCO_IN_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

Ancillary Volume Inversed DARTEL and DISCO Dest Native
Parent types:
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'ancillary_name', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/ancillary_volumes/{origin_subject}_{ancillary_name}_invDARTEL_{Template}_invDISCO_IN_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/ancillary_volumes/{origin_subject}_{ancillary_name}_invDARTEL_{Template}_invDISCO_IN_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/ancillary_volumes/{origin_subject}_{ancillary_name}_invDARTEL_{Template}_invDISCO_IN_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/ancillary_volumes/{origin_subject}_{ancillary_name}_invDARTEL_{Template}_invDISCO_IN_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/ancillary_volumes/{origin_subject}_{ancillary_name}_invDARTEL_{Template}_invDISCO_IN_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/ancillary_volumes/{origin_subject}_{ancillary_name}_invDARTEL_{Template}_invDISCO_IN_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/ancillary_volumes/{origin_subject}_{ancillary_name}_invDARTEL_{Template}_invDISCO_IN_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/ancillary_volumes/{origin_subject}_{ancillary_name}_invDARTEL_{Template}_invDISCO_IN_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

Ancillary Volume Inversed DISCO
Parent types:
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'ancillary_name', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/ancillary_volumes/{origin_subject}_{ancillary_name}_invDISCO_IN_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/ancillary_volumes/{origin_subject}_{ancillary_name}_invDISCO_IN_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/ancillary_volumes/{origin_subject}_{ancillary_name}_invDISCO_IN_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/ancillary_volumes/{origin_subject}_{ancillary_name}_invDISCO_IN_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/ancillary_volumes/{origin_subject}_{ancillary_name}_invDISCO_IN_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/ancillary_volumes/{origin_subject}_{ancillary_name}_invDISCO_IN_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/ancillary_volumes/{origin_subject}_{ancillary_name}_invDISCO_IN_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/ancillary_volumes/{origin_subject}_{ancillary_name}_invDISCO_IN_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

Ancillary Volume Inversed DISCO Dest Native
Parent types:
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'ancillary_name', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/ancillary_volumes/{origin_subject}_{ancillary_name}_invDISCO_IN_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/ancillary_volumes/{origin_subject}_{ancillary_name}_invDISCO_IN_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/ancillary_volumes/{origin_subject}_{ancillary_name}_invDISCO_IN_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/ancillary_volumes/{origin_subject}_{ancillary_name}_invDISCO_IN_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/ancillary_volumes/{origin_subject}_{ancillary_name}_invDISCO_IN_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/ancillary_volumes/{origin_subject}_{ancillary_name}_invDISCO_IN_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/ancillary_volumes/{origin_subject}_{ancillary_name}_invDISCO_IN_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/ancillary_volumes/{origin_subject}_{ancillary_name}_invDISCO_IN_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

Apparent Diffusion Coefficient
Parent types:
Diffusion Scalar Map
3D Volume
4D Volume
Any Type

Key: ['center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition',)
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/diffusion/{acquisition}/{analysis}/adc_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0

Assessments monitored
Parent types:
Text file
Any Type

Key: ['assessment_type']
study_management/{assessment_type}_assessment_monitored

Formats: ['XLS file']
Rule selection key: () ()
Priority offset: 0

Atlas
Parent types:
3D Volume
4D Volume
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis', 'side']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

Rules selection key: ['side'] []

{center}/{subject}/t1mri/{acquisition}/{analysis}/atlas/Latlas_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/atlas/Ratlas_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/atlas/atlas_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'both'

{center}/{subject}/t1mri/{acquisition}/{analysis}/atlas/Latlas_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/atlas/Ratlas_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/atlas/atlas_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('both',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'both'

Atlas DARTEL
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/watlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/wLatlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/wRatlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/watlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/wLatlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/wRatlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/watlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/wLatlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/wRatlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/watlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/wLatlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/wRatlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/watlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/wLatlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/wRatlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/wLatlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/wLatlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/wLatlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/wLatlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/wLatlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/wRatlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/wRatlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/wRatlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/wRatlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/wRatlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/watlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/wLatlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/wRatlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/watlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/wLatlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/wRatlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/watlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/wLatlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/wRatlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/wLatlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/wLatlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/wLatlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/wRatlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/wRatlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/wRatlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Atlas DARTEL MNI
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniatlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniLatlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniRatlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniatlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniLatlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniRatlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmniatlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmniLatlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmniRatlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniatlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniLatlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniRatlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniatlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniLatlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniRatlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniLatlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniLatlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmniLatlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniLatlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniLatlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniRatlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniRatlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniRatlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniRatlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmniRatlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmniatlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmniLatlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmniRatlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmniatlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmniLatlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmniRatlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmniatlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmniLatlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmniRatlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmniLatlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmniLatlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmniLatlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmniRatlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmniRatlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmniRatlas_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Atlas DARTEL Native
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/watlas_<subject>_native_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/wLatlas_<subject>_native_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/wRatlas_<subject>_native_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/watlas_<subject>_native_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/wLatlas_<subject>_native_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/wRatlas_<subject>_native_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/watlas_<subject>_native_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/wLatlas_<subject>_native_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/wRatlas_<subject>_native_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/watlas_<subject>_native_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/wLatlas_<subject>_native_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/wRatlas_<subject>_native_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/watlas_<subject>_native_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/wLatlas_<subject>_native_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/wRatlas_<subject>_native_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/wLatlas_<subject>_native_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/wLatlas_<subject>_native_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/wLatlas_<subject>_native_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/wLatlas_<subject>_native_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/wLatlas_<subject>_native_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/wRatlas_<subject>_native_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/wRatlas_<subject>_native_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/wRatlas_<subject>_native_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/wRatlas_<subject>_native_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/wRatlas_<subject>_native_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/watlas_<subject>_native_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/wLatlas_<subject>_native_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/wRatlas_<subject>_native_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/watlas_<subject>_native_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/wLatlas_<subject>_native_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/wRatlas_<subject>_native_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/watlas_<subject>_native_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/wLatlas_<subject>_native_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/wRatlas_<subject>_native_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/wLatlas_<subject>_native_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/wLatlas_<subject>_native_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/wLatlas_<subject>_native_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/wRatlas_<subject>_native_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/wRatlas_<subject>_native_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/wRatlas_<subject>_native_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Atlas DISCO
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/atlas_<subject>_<acquisition>_<analysis>_DISCO

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
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labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Ratlas_<subject>_<acquisition>_<analysis>_DISCO

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Atlas DISCO DARTEL
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/watlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/wLatlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/wRatlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/watlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/wLatlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/wRatlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/watlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/wLatlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/wRatlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/watlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/wLatlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/wRatlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/watlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/wLatlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/wRatlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/wLatlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/wLatlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/wLatlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/wLatlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/wLatlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/wRatlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/wRatlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/wRatlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/wRatlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/wRatlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/watlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/wLatlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/wRatlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/watlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/wLatlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/wRatlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/watlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/wLatlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/wRatlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/wLatlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/wLatlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/wLatlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/wRatlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/wRatlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/wRatlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Atlas DISCO DARTEL MNI
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniatlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniLatlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniRatlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniatlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniLatlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniRatlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmniatlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmniLatlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmniRatlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniatlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniLatlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniRatlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniatlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniLatlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniRatlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniLatlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniLatlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmniLatlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniLatlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniLatlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniRatlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniRatlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniRatlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniRatlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmniRatlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmniatlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmniLatlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmniRatlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmniatlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmniLatlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmniRatlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmniatlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmniLatlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmniRatlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmniLatlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmniLatlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmniLatlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmniRatlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmniRatlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmniRatlas_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Atlas DISCO DARTEL Native
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/watlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/wLatlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/wRatlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/watlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/wLatlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/wRatlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/watlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/wLatlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/wRatlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/watlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/wLatlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/wRatlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/watlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/wLatlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/wRatlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/wLatlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/wLatlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/wLatlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/wLatlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/wLatlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/wRatlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/wRatlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/wRatlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/wRatlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/wRatlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/watlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/wLatlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/wRatlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/watlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/wLatlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/wRatlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/watlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/wLatlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/wRatlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/wLatlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/wLatlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/wLatlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/wRatlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/wRatlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/wRatlas_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Atlas Graph
Parent types:
Graph
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis', 'side']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

Rules selection key: ['side'] []

{center}/{subject}/t1mri/{acquisition}/{analysis}/atlas/Latlas_<subject>

Formats: ['Graph and data']
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/atlas/Ratlas_<subject>

Formats: ['Graph and data']
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/atlas/atlas_<subject>

Formats: ['Graph and data']
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'both'

{center}/{subject}/t1mri/{acquisition}/{analysis}/atlas/Latlas_<subject>

Formats: ['Graph and data']
Rule selection key: ('left',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/atlas/Ratlas_<subject>

Formats: ['Graph and data']
Rule selection key: ('right',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/atlas/atlas_<subject>

Formats: ['Graph and data']
Rule selection key: ('both',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'both'

Atlas Graph DISCO
Parent types:
Graph
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Latlas_<subject>_<acquisition>_<analysis>_DISCO

Formats: ['Graph and data']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Ratlas_<subject>_<acquisition>_<analysis>_DISCO

Formats: ['Graph and data']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Latlas_<subject>_<acquisition>_<analysis>_DISCO

Formats: ['Graph and data']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Ratlas_<subject>_<acquisition>_<analysis>_DISCO

Formats: ['Graph and data']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Latlas_<subject>_<acquisition>_<analysis>_DISCO

Formats: ['Graph and data']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Ratlas_<subject>_<acquisition>_<analysis>_DISCO

Formats: ['Graph and data']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Latlas_<subject>_<acquisition>_<analysis>_DISCO

Formats: ['Graph and data']
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Latlas_<subject>_<acquisition>_<analysis>_DISCO

Formats: ['Graph and data']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Ratlas_<subject>_<acquisition>_<analysis>_DISCO

Formats: ['Graph and data']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Latlas_<subject>_<acquisition>_<analysis>_DISCO

Formats: ['Graph and data']
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Latlas_<subject>_<acquisition>_<analysis>_DISCO

Formats: ['Graph and data']
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Latlas_<subject>_<acquisition>_<analysis>_DISCO

Formats: ['Graph and data']
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Latlas_<subject>_<acquisition>_<analysis>_DISCO

Formats: ['Graph and data']
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Latlas_<subject>_<acquisition>_<analysis>_DISCO

Formats: ['Graph and data']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Ratlas_<subject>_<acquisition>_<analysis>_DISCO

Formats: ['Graph and data']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Ratlas_<subject>_<acquisition>_<analysis>_DISCO

Formats: ['Graph and data']
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Ratlas_<subject>_<acquisition>_<analysis>_DISCO

Formats: ['Graph and data']
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Ratlas_<subject>_<acquisition>_<analysis>_DISCO

Formats: ['Graph and data']
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Ratlas_<subject>_<acquisition>_<analysis>_DISCO

Formats: ['Graph and data']
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Ratlas_<subject>_<acquisition>_<analysis>_DISCO

Formats: ['Graph and data']
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Latlas_<subject>_<acquisition>_<analysis>_DISCO

Formats: ['Graph and data']
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Latlas_<subject>_<acquisition>_<analysis>_DISCO

Formats: ['Graph and data']
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Ratlas_<subject>_<acquisition>_<analysis>_DISCO

Formats: ['Graph and data']
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Latlas_<subject>_<acquisition>_<analysis>_DISCO

Formats: ['Graph and data']
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Latlas_<subject>_<acquisition>_<analysis>_DISCO

Formats: ['Graph and data']
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Latlas_<subject>_<acquisition>_<analysis>_DISCO

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Ratlas_<subject>_<acquisition>_<analysis>_DISCO

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Latlas_<subject>_<acquisition>_<analysis>_DISCO

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Ratlas_<subject>_<acquisition>_<analysis>_DISCO

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Ratlas_<subject>_<acquisition>_<analysis>_DISCO

Formats: ['Graph and data']
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Ratlas_<subject>_<acquisition>_<analysis>_DISCO

Formats: ['Graph and data']
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Ratlas_<subject>_<acquisition>_<analysis>_DISCO

Formats: ['Graph and data']
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Atlas Graph inv DISCO
Parent types:
Graph
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Latlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Ratlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Latlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Ratlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Latlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Ratlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Latlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Latlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Ratlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Latlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Latlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Latlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Latlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Latlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Ratlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Ratlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Ratlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Ratlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Ratlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Ratlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Latlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Latlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Ratlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Latlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Latlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Latlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Ratlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Latlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Ratlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Ratlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Ratlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Ratlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Atlas Inversed DARTEL
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'origin_subject', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Atlas Inversed DARTEL Dest Native
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'origin_subject', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Atlas Inversed DARTEL Origin Native
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'origin_subject', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Atlas Inversed DARTEL Origin Native Dest Native
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'origin_subject', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Atlas Inversed DARTEL Texture
Parent types:
Texture
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'origin_subject', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Atlas Inversed DARTEL and DISCO
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'Template', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/atlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Latlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Ratlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

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Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Ratlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Atlas Inversed DARTEL and DISCO Dest Native
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'Template', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/atlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Latlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Ratlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/atlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Latlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Ratlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/atlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Latlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Ratlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/atlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Latlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Ratlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/atlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Latlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Ratlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Latlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Latlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Latlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Latlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Latlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Ratlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Ratlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Ratlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Ratlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Ratlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/atlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Latlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Ratlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/atlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Latlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Ratlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

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Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'
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Atlas Inversed DARTEL and DISCO Graph
Parent types:
Graph
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'Template', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/atlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Latlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Ratlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
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Priority offset: 0
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Formats: ['Graph and data']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Latlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Ratlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
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Formats: ['Graph and data']
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Formats: ['Graph and data']
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Formats: ['Graph and data']
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Formats: ['Graph and data']
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Latlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
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Formats: ['Graph and data']
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Formats: ['Graph and data']
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Formats: ['Graph and data']
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Formats: ['Graph and data']
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Formats: ['Graph and data']
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Formats: ['Graph and data']
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Ratlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
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Formats: ['Graph and data']
Rule selection key: ('', 'Yes', '') ()
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Latlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Ratlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
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Formats: ['Graph and data']
Rule selection key: ('', 'Yes', 'No') ()
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Formats: ['Graph and data']
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Formats: ['Graph and data']
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Formats: ['Graph and data']
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Formats: ['Graph and data']
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Ratlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Latlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Latlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Latlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Ratlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('right', '', 'No') ()
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Ratlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Ratlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
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automatically_labelled = 'No'
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Atlas Inversed DARTEL and DISCO Origin Native
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'Template', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/atlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

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Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Latlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Latlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Latlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Ratlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Ratlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Ratlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Atlas Inversed DARTEL and DISCO Origin Native Dest Native
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'Template', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/atlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Latlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Ratlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/atlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Latlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Ratlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/atlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Latlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Ratlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/atlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Latlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Ratlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/atlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Latlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Ratlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Latlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Latlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Latlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Latlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Latlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Ratlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Ratlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Ratlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Ratlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Ratlas_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
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Formats: 'BrainVISA texture formats'
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Ratlas_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Atlas Inversed DISCO
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/atlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/atlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/atlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/atlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/atlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/atlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/atlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/atlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

Atlas Inversed DISCO DARTEL
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'origin_subject', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwatlas_from_{origin_subject}_<acquisition>_<analysis>_DISCO_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwatlas_from_{origin_subject}_<acquisition>_<analysis>_DISCO_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwatlas_from_{origin_subject}_<acquisition>_<analysis>_DISCO_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwatlas_from_{origin_subject}_<acquisition>_<analysis>_DISCO_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwatlas_from_{origin_subject}_<acquisition>_<analysis>_DISCO_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwatlas_from_{origin_subject}_<acquisition>_<analysis>_DISCO_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwatlas_from_{origin_subject}_<acquisition>_<analysis>_DISCO_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwatlas_from_{origin_subject}_<acquisition>_<analysis>_DISCO_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

Atlas Inversed DISCO DARTEL Texture
Parent types:
Texture
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'origin_subject', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_<acquisition>_<analysis>_DISCO_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_<acquisition>_<analysis>_DISCO_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_<acquisition>_<analysis>_DISCO_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_<acquisition>_<analysis>_DISCO_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_<acquisition>_<analysis>_DISCO_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_<acquisition>_<analysis>_DISCO_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_<acquisition>_<analysis>_DISCO_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_<acquisition>_<analysis>_DISCO_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_<acquisition>_<analysis>_DISCO_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_<acquisition>_<analysis>_DISCO_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_<acquisition>_<analysis>_DISCO_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_<acquisition>_<analysis>_DISCO_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_<acquisition>_<analysis>_DISCO_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_<acquisition>_<analysis>_DISCO_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_<acquisition>_<analysis>_DISCO_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_<acquisition>_<analysis>_DISCO_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_<acquisition>_<analysis>_DISCO_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_<acquisition>_<analysis>_DISCO_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_<acquisition>_<analysis>_DISCO_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_<acquisition>_<analysis>_DISCO_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_<acquisition>_<analysis>_DISCO_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_<acquisition>_<analysis>_DISCO_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_<acquisition>_<analysis>_DISCO_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_<acquisition>_<analysis>_DISCO_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_<acquisition>_<analysis>_DISCO_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_<acquisition>_<analysis>_DISCO_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_<acquisition>_<analysis>_DISCO_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLatlas_from_{origin_subject}_<acquisition>_<analysis>_DISCO_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_<acquisition>_<analysis>_DISCO_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_<acquisition>_<analysis>_DISCO_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_<acquisition>_<analysis>_DISCO_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRatlas_from_{origin_subject}_<acquisition>_<analysis>_DISCO_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Atlas Inversed DISCO Texture
Parent types:
Texture
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Latlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>

Formats: ['GIFTI file', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'Texture', 'Z compressed Texture', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'gz compressed Texture']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Ratlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>

Formats: ['GIFTI file', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'Texture', 'Z compressed Texture', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'gz compressed Texture']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Latlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>

Formats: ['GIFTI file', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'Texture', 'Z compressed Texture', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'gz compressed Texture']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Ratlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>

Formats: ['GIFTI file', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'Texture', 'Z compressed Texture', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'gz compressed Texture']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Latlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Ratlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Latlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>

Formats: ['GIFTI file', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'Texture', 'Z compressed Texture', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'gz compressed Texture']
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Latlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>

Formats: ['GIFTI file', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'Texture', 'Z compressed Texture', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'gz compressed Texture']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Ratlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>

Formats: ['GIFTI file', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'Texture', 'Z compressed Texture', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'gz compressed Texture']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Latlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>

Formats: ['GIFTI file', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'Texture', 'Z compressed Texture', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'gz compressed Texture']
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Latlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Latlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>

Formats: ['GIFTI file', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'Texture', 'Z compressed Texture', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'gz compressed Texture']
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Latlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>

Formats: ['GIFTI file', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'Texture', 'Z compressed Texture', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'gz compressed Texture']
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Latlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>

Formats: ['GIFTI file', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'Texture', 'Z compressed Texture', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'gz compressed Texture']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Ratlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>

Formats: ['GIFTI file', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'Texture', 'Z compressed Texture', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'gz compressed Texture']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Ratlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>

Formats: ['GIFTI file', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'Texture', 'Z compressed Texture', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'gz compressed Texture']
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Ratlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>

Formats: ['GIFTI file', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'Texture', 'Z compressed Texture', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'gz compressed Texture']
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Ratlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>

Formats: ['GIFTI file', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'Texture', 'Z compressed Texture', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'gz compressed Texture']
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/atlas/Ratlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>

Formats: ['GIFTI file', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'Texture', 'Z compressed Texture', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'gz compressed Texture']
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Ratlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Latlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Latlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Ratlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Latlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Latlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Latlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Ratlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Latlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Ratlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Ratlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Ratlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/atlas/Ratlas_from_{origin_subject}_<acquisition>_<analysis>_invDISCO_TO_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Atlas Texture
Parent types:
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis', 'side']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

Rules selection key: ['side'] []

{center}/{subject}/t1mri/{acquisition}/{analysis}/atlas/Latlas_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/atlas/Ratlas_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/atlas/atlas_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'both'

{center}/{subject}/t1mri/{acquisition}/{analysis}/atlas/Latlas_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('left',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/atlas/Ratlas_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('right',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/atlas/atlas_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('both',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'both'

Atlas Texture Inflated
Parent types:
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis', 'side']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

Rules selection key: ['side'] []

{center}/{subject}/t1mri/{acquisition}/{analysis}/atlas/Latlas_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/atlas/Ratlas_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/atlas/Latlas_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('left',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/atlas/Ratlas_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('right',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

Average T1 MRI Bias Brain Alone DISCO DARTEL
Parent types:
3D Volume
4D Volume
Any Type

Key: ['Study', 'Template']
analyzes/DISCO_analyzes/DISCO_{Study}/evaluation/nobias_average_BrainAlone_DISCO_{Template}

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0

Average T1 MRI Bias DISCO DARTEL
Parent types:
3D Volume
4D Volume
Any Type

Key: ['Study', 'Template']
analyzes/DISCO_analyzes/DISCO_{Study}/evaluation/nobias_average_DISCO_{Template}

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0

Average cortical ribbon DISCO DARTEL
Parent types:
3D Volume
4D Volume
Any Type

Key: ['Study', 'Template']
analyzes/DISCO_analyzes/DISCO_{Study}/evaluation/cortical_ribbon_average_DISCO_{Template}

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0

Baby Automatic Grey White Mask
Parent types:
Grey White Mask
Label volume
3D Volume
4D Volume
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis', 'side']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

Rules selection key: ['side'] []

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/L_AutoGW_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/R_AutoGW_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/L_AutoGW_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/R_AutoGW_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

Baby Grey White Mask
Parent types:
Grey White Mask
Label volume
3D Volume
4D Volume
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis', 'side']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

Rules selection key: ['side'] []

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/Lgrey_white_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/Rgrey_white_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/Lgrey_white_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/Rgrey_white_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

Baby Manual White Mask
Parent types:
Brain Mask
Label volume
3D Volume
4D Volume
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis', 'side']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

Rules selection key: ['side'] []

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/L_ManualGW_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/R_ManualGW_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/L_ManualGW_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/R_ManualGW_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

Baby White Ridges
Parent types:
T1 MRI White Matter Ridges
Label volume
3D Volume
4D Volume
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/White_ridges_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'

Batch DARTEL Create Template
Parent types:
Matlab SPM script
Any Type

Key: ['Study', 'Template']
analyzes/DISCO_analyzes/DISCO_{Study}/DARTEL_{Template}/batch/batch_SPM_DARTEL_create_templates_<Template>

Formats: ['Matlab script']
Rule selection key: () ()
Priority offset: 0

Batch DARTEL Image Inverse Warping
Parent types:
Matlab SPM script
Any Type

Key: ['Study', 'Template']
analyzes/DISCO_analyzes/DISCO_{Study}/DARTEL_{Template}/batch/batch_SPM_DARTEL_create_inverse_warped_<Template>

Formats: ['Matlab script']
Rule selection key: () ()
Priority offset: 0

Batch DARTEL Image Warping
Parent types:
Matlab SPM script
Any Type

Key: ['Study', 'Template']
analyzes/DISCO_analyzes/DISCO_{Study}/DARTEL_{Template}/batch/batch_SPM_DARTEL_create_warped_<Template>

Formats: ['Matlab script']
Rule selection key: () ()
Priority offset: 0

Batch DARTEL Image Warping MNI
Parent types:
Matlab SPM script
Any Type

Key: ['Study', 'Template']
analyzes/DISCO_analyzes/DISCO_{Study}/DARTEL_{Template}/batch/batch_SPM_DARTEL_create_warped_<Template>_TO_MNI

Formats: ['Matlab script']
Rule selection key: () ()
Priority offset: 0

Blob White Curvature Texture
Parent types:
Label Texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis', 'side']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

Rules selection key: ['side'] []

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_curv_blobs

Formats: 'BrainVISA texture formats'
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_curv_blobs

Formats: 'BrainVISA texture formats'
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_curv_blobs

Formats: 'BrainVISA texture formats'
Rule selection key: ('left',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_curv_blobs

Formats: 'BrainVISA texture formats'
Rule selection key: ('right',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

Blob White Depth Texture
Parent types:
Label Texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis', 'side']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

Rules selection key: ['side'] []

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_depth_blobs

Formats: 'BrainVISA texture formats'
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_depth_blobs

Formats: 'BrainVISA texture formats'
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_depth_blobs

Formats: 'BrainVISA texture formats'
Rule selection key: ('left',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_depth_blobs

Formats: 'BrainVISA texture formats'
Rule selection key: ('right',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

Blockface modality
Parent types:
Any Type

Key: ['center', 'study']

Non mandatory key attributes: ('study',)
Default attributes values:
center = 'subjects'
study = 'default_study'

biology/{center}/{study}/blockface

Formats: ['Directory']
Rule selection key: () ()
Priority offset: 0

Both CSF Mask
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/csf_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'both'

Both CSF+GREY Mask
Parent types:
CSF+GREY Mask
Label volume
3D Volume
4D Volume
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/cortex_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'both'

Bottom Volume
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'side', 'manually_labelled', 'automatically_labelled', 'best']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'
graph_version = '3.1'
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled', 'best'] []

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LBottom_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RBottom_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LBottom_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RBottom_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LBottom_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RBottom_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LBottom_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RBottom_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LBottom_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RBottom_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LBottom_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RBottom_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LBottom_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', 'Yes', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LBottom_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RBottom_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LBottom_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RBottom_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LBottom_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RBottom_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LBottom_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RBottom_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LBottom_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RBottom_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LBottom_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LBottom_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LBottom_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LBottom_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LBottom_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LBottom_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'Yes', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LBottom_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'Yes', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LBottom_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RBottom_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LBottom_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', '', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LBottom_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LBottom_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'Yes', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LBottom_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RBottom_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LBottom_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RBottom_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LBottom_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LBottom_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', 'Yes', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LBottom_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', 'Yes', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RBottom_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'Yes', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RBottom_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RBottom_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RBottom_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'Yes', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RBottom_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'Yes', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RBottom_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', 'Yes', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RBottom_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', 'Yes', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RBottom_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', 'Yes', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RBottom_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', '', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RBottom_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RBottom_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RBottom_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RBottom_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RBottom_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LBottom_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LBottom_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RBottom_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LBottom_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', 'No', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LBottom_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'No', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LBottom_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RBottom_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LBottom_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RBottom_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LBottom_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'No', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LBottom_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RBottom_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LBottom_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RBottom_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LBottom_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LBottom_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', 'No', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LBottom_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RBottom_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RBottom_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', 'No', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RBottom_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'No', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RBottom_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RBottom_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RBottom_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', 'No', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RBottom_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'No', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LBottom_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LBottom_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RBottom_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LBottom_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LBottom_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RBottom_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LBottom_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RBottom_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LBottom_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LBottom_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LBottom_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RBottom_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RBottom_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RBottom_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RBottom_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RBottom_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

Brain Bundles
Parent types:
Bundles
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis', 'type', 'region']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/bundles//{type}/{region}/<subject>_<name>

Formats: 'Aims readable bundles formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'

Brain Bundles DISCO
Parent types:
Bundles
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/bundles/<subject>_<name>_deformed

Formats: ['Aims bundles', 'Trackvis tracts', 'Mrtrix tracts']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/bundles/<subject>_<name>_deformed

Formats: ['Aims bundles', 'Trackvis tracts', 'Mrtrix tracts']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/bundles/<subject>_<name>_deformed

Formats: 'Aims readable bundles formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/bundles/<subject>_<name>_deformed

Formats: ['Aims bundles', 'Trackvis tracts', 'Mrtrix tracts']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/bundles/<subject>_<name>_deformed

Formats: ['Aims bundles', 'Trackvis tracts', 'Mrtrix tracts']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/bundles/<subject>_<name>_deformed

Formats: 'Aims readable bundles formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/bundles/<subject>_<name>_deformed

Formats: 'Aims readable bundles formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/bundles/<subject>_<name>_deformed

Formats: 'Aims readable bundles formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

Brain Hull Mesh
Parent types:
Mesh
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'contrast', 'mapped', 'center', 'subject', 'acquisition', 'analysis', 'modality', 'side']

Non mandatory key attributes: ('acquisition_date', 'mapped', 'time_duration', 'time_point', 'acquisition', 'contrast', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

Rules selection key: ['modality', 'side'] []

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_brain_hull

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'both'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/brain_hull_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'Both'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_brain_hull

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'both') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'both'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_brain_hull

Formats: 'BrainVISA mesh formats'
Rule selection key: ('t1mri', 'both') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'both'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_brain_hull

Formats: 'BrainVISA mesh formats'
Rule selection key: ('t1mri', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'both'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/brain_hull_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('anatomical_mri', 'Both') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'Both'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/brain_hull_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('anatomical_mri', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'Both'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/brain_hull_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Both') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'Both'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'

Brain Hull Mesh DISCO
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_brain_hull_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_brain_hull_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_brain_hull_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_brain_hull_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_brain_hull_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_brain_hull_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_brain_hull_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_brain_hull_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

Brain Hull Mesh Inversed DISCO
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_brain_hull_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_brain_hull_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_brain_hull_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_brain_hull_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_brain_hull_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_brain_hull_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_brain_hull_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_brain_hull_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

Brain Lobes
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['center', 'subject', 'acquisition', 'space', 'modality']
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

Rules selection key: ['space', 'modality'] []

{center}/{subject}/assemblyNet/{acquisition}/mni_lobes_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
modality = 'assemblyNet'
space = 'mni'

{center}/{subject}/assemblyNet/{acquisition}/native_lobes_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
modality = 'assemblyNet'
space = 'native'

{center}/{subject}/vol2Brain/{acquisition}/mni_lobes_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
modality = 'vol2Brain'
space = 'mni'

{center}/{subject}/vol2Brain/{acquisition}/native_lobes_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
modality = 'vol2Brain'
space = 'native'

{center}/{subject}/assemblyNet/{acquisition}/mni_lobes_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('mni', '') ()
Priority offset: 0
modality = 'assemblyNet'
space = 'mni'

{center}/{subject}/vol2Brain/{acquisition}/mni_lobes_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('mni', '') ()
Priority offset: 0
modality = 'vol2Brain'
space = 'mni'

{center}/{subject}/assemblyNet/{acquisition}/mni_lobes_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('mni', 'assemblyNet') ()
Priority offset: 0
modality = 'assemblyNet'
space = 'mni'

{center}/{subject}/assemblyNet/{acquisition}/mni_lobes_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'assemblyNet') ()
Priority offset: 0
modality = 'assemblyNet'
space = 'mni'

{center}/{subject}/assemblyNet/{acquisition}/native_lobes_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'assemblyNet') ()
Priority offset: 0
modality = 'assemblyNet'
space = 'native'

{center}/{subject}/assemblyNet/{acquisition}/native_lobes_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('native', '') ()
Priority offset: 0
modality = 'assemblyNet'
space = 'native'

{center}/{subject}/vol2Brain/{acquisition}/native_lobes_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('native', '') ()
Priority offset: 0
modality = 'vol2Brain'
space = 'native'

{center}/{subject}/assemblyNet/{acquisition}/native_lobes_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('native', 'assemblyNet') ()
Priority offset: 0
modality = 'assemblyNet'
space = 'native'

{center}/{subject}/vol2Brain/{acquisition}/mni_lobes_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('mni', 'vol2Brain') ()
Priority offset: 0
modality = 'vol2Brain'
space = 'mni'

{center}/{subject}/vol2Brain/{acquisition}/mni_lobes_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'vol2Brain') ()
Priority offset: 0
modality = 'vol2Brain'
space = 'mni'

{center}/{subject}/vol2Brain/{acquisition}/native_lobes_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'vol2Brain') ()
Priority offset: 0
modality = 'vol2Brain'
space = 'native'

{center}/{subject}/vol2Brain/{acquisition}/native_lobes_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('native', 'vol2Brain') ()
Priority offset: 0
modality = 'vol2Brain'
space = 'native'

Brain Mask
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['time_point', 'acquisition_date', 'contrast', 'mapped', 'time_duration', 'rescan', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'mapped', 'time_duration', 'time_point', 'rescan', 'acquisition', 'analysis', 'contrast')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/brain_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'
side = 'Both'

Brain Mask DISCO DARTEL
Parent types:
3D Volume
4D Volume
Any Type

Key: ['Study', 'Template']
analyzes/DISCO_analyzes/DISCO_{Study}/evaluation/brain_mask_DISCO_{Template}

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0

Brain Mesh
Parent types:
Mesh
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'contrast', 'mapped', 'center', 'subject', 'acquisition', 'analysis', 'modality', 'side']

Non mandatory key attributes: ('acquisition_date', 'mapped', 'time_duration', 'time_point', 'acquisition', 'contrast', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

Rules selection key: ['modality', 'side'] []

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_brain

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'both'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/brain_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'Both'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_brain

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'both') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'both'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_brain

Formats: 'BrainVISA mesh formats'
Rule selection key: ('t1mri', 'both') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'both'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_brain

Formats: 'BrainVISA mesh formats'
Rule selection key: ('t1mri', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'both'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/brain_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('anatomical_mri', 'Both') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'Both'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/brain_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('anatomical_mri', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'Both'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/brain_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Both') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'Both'

Brain Mesh DARTEL
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_brain_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_brain_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_brain_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_brain_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_brain_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_brain_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_brain_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_brain_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

Brain Mesh DARTEL Native
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_brain_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_brain_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_brain_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_brain_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_brain_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_brain_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_brain_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_brain_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

Brain Mesh DISCO
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_brain_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_brain_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_brain_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_brain_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_brain_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_brain_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_brain_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_brain_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

Brain Mesh DISCO DARTEL
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_brain_DISCO_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_brain_DISCO_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_brain_DISCO_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_brain_DISCO_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_brain_DISCO_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_brain_DISCO_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_brain_DISCO_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_brain_DISCO_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

Brain Mesh DISCO DARTEL Native
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_brain_DISCO_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_brain_DISCO_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_brain_DISCO_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_brain_DISCO_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_brain_DISCO_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_brain_DISCO_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_brain_DISCO_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_brain_DISCO_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

Brain Mesh Inversed DARTEL
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'origin_subject', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwbrain_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwbrain_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwbrain_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwbrain_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwbrain_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwbrain_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwbrain_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwbrain_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

Brain Mesh Inversed DARTEL Dest Native
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'origin_subject', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwbrain_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwbrain_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwbrain_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwbrain_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwbrain_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwbrain_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwbrain_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwbrain_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

Brain Mesh Inversed DARTEL Origin Native
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'origin_subject', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwbrain_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwbrain_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwbrain_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwbrain_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwbrain_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwbrain_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwbrain_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwbrain_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

Brain Mesh Inversed DARTEL Origin Native Dest Native
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'origin_subject', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwbrain_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwbrain_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwbrain_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwbrain_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwbrain_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwbrain_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwbrain_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwbrain_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

Brain Mesh Inversed DARTEL and DISCO
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/brain_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/brain_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/brain_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/brain_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/brain_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/brain_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/brain_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/brain_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

Brain Mesh Inversed DARTEL and DISCO Dest Native
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/brain_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/brain_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/brain_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/brain_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/brain_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/brain_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/brain_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/brain_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

Brain Mesh Inversed DARTEL and DISCO Origin Native
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/brain_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/brain_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/brain_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/brain_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/brain_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/brain_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/brain_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/brain_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

Brain Mesh Inversed DARTEL and DISCO Origin Native Dest Native
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/brain_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/brain_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/brain_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/brain_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/brain_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/brain_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/brain_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/brain_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

Brain Mesh Inversed DISCO
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_brain_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_brain_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_brain_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_brain_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_brain_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_brain_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_brain_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_brain_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

Brain Structures
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['center', 'subject', 'acquisition', 'space', 'modality']
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

Rules selection key: ['space', 'modality'] []

{center}/{subject}/assemblyNet/{acquisition}/mni_structures_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
modality = 'assemblyNet'
space = 'mni'

{center}/{subject}/assemblyNet/{acquisition}/native_structures_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
modality = 'assemblyNet'
space = 'native'

{center}/{subject}/vol2Brain/{acquisition}/mni_structures_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
modality = 'vol2Brain'
space = 'mni'

{center}/{subject}/vol2Brain/{acquisition}/native_structures_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
modality = 'vol2Brain'
space = 'native'

{center}/{subject}/assemblyNet/{acquisition}/mni_structures_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('mni', '') ()
Priority offset: 0
modality = 'assemblyNet'
space = 'mni'

{center}/{subject}/vol2Brain/{acquisition}/mni_structures_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('mni', '') ()
Priority offset: 0
modality = 'vol2Brain'
space = 'mni'

{center}/{subject}/assemblyNet/{acquisition}/mni_structures_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('mni', 'assemblyNet') ()
Priority offset: 0
modality = 'assemblyNet'
space = 'mni'

{center}/{subject}/assemblyNet/{acquisition}/mni_structures_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'assemblyNet') ()
Priority offset: 0
modality = 'assemblyNet'
space = 'mni'

{center}/{subject}/assemblyNet/{acquisition}/native_structures_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'assemblyNet') ()
Priority offset: 0
modality = 'assemblyNet'
space = 'native'

{center}/{subject}/assemblyNet/{acquisition}/native_structures_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('native', '') ()
Priority offset: 0
modality = 'assemblyNet'
space = 'native'

{center}/{subject}/vol2Brain/{acquisition}/native_structures_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('native', '') ()
Priority offset: 0
modality = 'vol2Brain'
space = 'native'

{center}/{subject}/assemblyNet/{acquisition}/native_structures_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('native', 'assemblyNet') ()
Priority offset: 0
modality = 'assemblyNet'
space = 'native'

{center}/{subject}/vol2Brain/{acquisition}/mni_structures_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('mni', 'vol2Brain') ()
Priority offset: 0
modality = 'vol2Brain'
space = 'mni'

{center}/{subject}/vol2Brain/{acquisition}/mni_structures_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'vol2Brain') ()
Priority offset: 0
modality = 'vol2Brain'
space = 'mni'

{center}/{subject}/vol2Brain/{acquisition}/native_structures_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'vol2Brain') ()
Priority offset: 0
modality = 'vol2Brain'
space = 'native'

{center}/{subject}/vol2Brain/{acquisition}/native_structures_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('native', 'vol2Brain') ()
Priority offset: 0
modality = 'vol2Brain'
space = 'native'

Brain volumetry measurements
Parent types:
CSV file
Text file
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/brain_volumes_<subject>

Formats: ['CSV file']
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'

BrainVISA session event
Parent types:
Any Type

Key: ['filename_variable']

history_book/bvsession/*

Formats: ['BrainVISA session event']
Rule selection key: () ()
Priority offset: 0

history_book/bvsession/*

Formats: ['BrainVISA session event']
Rule selection key: () ()
Priority offset: 0

Bundles Label Translation DISCO
Parent types:
Text file
Any Type

Key: ['Study']
analyzes/DISCO_analyzes/DISCO_{Study}/bundles_label_translation_<Study>

Formats: None
Rule selection key: () ()
Priority offset: 0

Bundles To Be Studied DISCO
Parent types:
Text file
Any Type

Key: ['Study']
analyzes/DISCO_analyzes/DISCO_{Study}/bundles_to_be_studied_<Study>

Formats: None
Rule selection key: () ()
Priority offset: 0

Bundles Volume
Parent types:
3D Volume
4D Volume
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis', 'side']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

Rules selection key: ['side'] []

{center}/{subject}/t1mri/{acquisition}/{analysis}/bundles/Lbundles_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/bundles/Rbundles_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/bundles/Ibundles_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'inter'

{center}/{subject}/t1mri/{acquisition}/{analysis}/bundles/Lbundles_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/bundles/Rbundles_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/bundles/Ibundles_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('inter',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'inter'

Bundles scalar features
Parent types:
Scalar features
Any Type

Key: ['center', 'subject', 'acquisition', 'analysis', 'tracking_session']

Non mandatory key attributes: ('acquisition',)
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'
tracking_session = 'default_tracking_session'

{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/statistics_<subject>_<tracking_session>

Formats: ['Aims scalar features']
Rule selection key: () ()
Priority offset: 0

Bvsession
Parent types:
Any Type

Key: []
history_book/bvsession

Formats: ['Directory']
Rule selection key: () ()
Priority offset: 0

CGN ROI
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis', 'side']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

Rules selection key: ['side'] []
{center}/{subject}/t1mri/{acquisition}/{analysis}/RCGN_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/RCGN_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/LCGN_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/LCGN_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

CSF+GREY Mask
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['time_point', 'acquisition_date', 'contrast', 'mapped', 'time_duration', 'rescan', 'center', 'subject', 'acquisition', 'analysis', 'side']

Non mandatory key attributes: ('acquisition_date', 'mapped', 'time_duration', 'time_point', 'rescan', 'acquisition', 'analysis', 'contrast')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

Rules selection key: ['side'] []

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/left/cortex_<side>_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) ()
Priority offset: 0
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'
side = 'left'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/right/cortex_<side>_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) ()
Priority offset: 0
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'
side = 'right'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/left/cortex_<side>_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left',) ()
Priority offset: 0
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'
side = 'left'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/right/cortex_<side>_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right',) ()
Priority offset: 0
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'
side = 'right'

CSFluid Probability Map
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/CSF_PMAP_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'

CT
Parent types:
3D Volume
4D Volume
Any Type

Key: ['center', 'subject', 'acquisition', 'tracer']
Default attributes values:
center = 'subjects'

{center}/{subject}/ct/{acquisition}/{tracer}/<subject>_ct

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
space = 'ct'

CT Hoffman reference
Parent types:
CT
3D Volume
4D Volume
Any Type

Key: ['hoffman_id', 'center', 'subject', 'processing', 'acquisition', 'analysis', 'tracer']
Default attributes values:
center = 'subjects'

Rules selection key: [] ['center', 'subject', 'processing', 'acquisition', 'analysis', 'tracer']
hoffman_reference/{hoffman_id}/Hoffman_ct

Formats: 'BrainVISA volume formats'
Rule selection key: () (True, True, True, True, True, True)
Priority offset: 0
center = ''
subject = ''
processing = ''
acquisition = ''
analysis = ''
tracer = ''
space = 'native'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/ct/{analysis}/ct{tracer}_space/Hoffman_reference_{hoffman_id}

Formats: 'BrainVISA volume formats'
Rule selection key: () (False, False, False, False, False, False)
Priority offset: 0
space = 'ct'

CT acquisition data
Parent types:
Text file
Any Type

Key: ['center', 'subject', 'acquisition', 'tracer']
Default attributes values:
center = 'subjects'

{center}/{subject}/ct/{acquisition}/{tracer}/<subject>_ct_data

Formats: ['JSON file']
Rule selection key: () ()
Priority offset: 0

CT outline
Parent types:
3D Volume
4D Volume
Any Type

Key: ['center', 'subject', 'processing', 'acquisition', 'analysis', 'tracer']
Default attributes values:
center = 'subjects'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/ct/{analysis}/ct{tracer}_space/<subject>_ct_outlines

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
space = 'ct'

CT raw dicom
Parent types:
raw dicom
Any Type

Key: ['center', 'subject', 'acquisition', 'tracer']
Default attributes values:
center = 'subjects'

{center}/{subject}/ct/{acquisition}/{tracer}/<subject>_ct_raw_dicom

Formats: None
Rule selection key: () ()
Priority offset: 0
space = 'ct'

CT shifted
Parent types:
3D Volume
4D Volume
Any Type

Key: ['center', 'subject', 'acquisition', 'tracer']
Default attributes values:
center = 'subjects'

{center}/{subject}/ct/{acquisition}/{tracer}/<subject>_ct_shifted

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
space = 'ct'

CT to PET transformation file
Parent types:
Transformation matrix
Transformation
Any Type

Key: ['center', 'subject', 'acquisition', 'tracer']
Default attributes values:
center = 'subjects'

{center}/{subject}/ct/{acquisition}/{tracer}/<subject>_ct_to_pet_transformation

Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: () ()
Priority offset: 0

Center
Parent types:
Any Type

Key: ['center']
Default attributes values:
center = 'subjects'

biology/{center}

Formats: ['Directory']
Rule selection key: () ()
Priority offset: 0

{center}

Formats: ['Directory']
Rule selection key: () ()
Priority offset: 0

Cerebellum ROI
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/Cerebellum_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'

Clustering Silhouette
Parent types:
Text file
Any Type

Key: ['center', 'group_of_subjects', 'method', 'studyname', 'gyrus', 'smoothing', 'sid', 'smallerlength', 'greaterlength']
Default attributes values:
center = 'subjects'

{center}/group_analysis/{group_of_subjects}/connectivity_clustering/{method}/{studyname}/{gyrus}/smooth{smoothing}/<group_of_subjects>_<method>_<studyname>_<gyrus>_{sid}_silhouette_{smallerlength}to{greaterlength}mm

Formats: None
Rule selection key: () ()
Priority offset: 0
roi_autodetect = 'no'
roi_filtered = 'no'
intersubject = 'yes'
step_time = 'yes'
measure = 'no'

Commissure coordinates
Parent types:
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'contrast', 'mapped', 'center', 'subject', 'acquisition', 'modality']

Non mandatory key attributes: ('acquisition_date', 'mapped', 'time_duration', 'time_point', 'acquisition', 'contrast', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

Rules selection key: ['modality'] []
{center}/{subject}/t1mri/{acquisition}/<subject>

Formats: ['Commissure coordinates']
Rule selection key: ('t1mri',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'

{center}/{subject}/t1mri/{acquisition}/<subject>

Formats: ['Commissure coordinates']
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'

{center}/{subject}/anatomical_mri/{acquisition}/<subject>

Formats: ['Commissure coordinates']
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'

{center}/{subject}/anatomical_mri/{acquisition}/<subject>

Formats: ['Commissure coordinates']
Rule selection key: ('anatomical_mri',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'

Compo To Resample To Talairach
Parent types:
Transformation matrix
Transformation
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Compo-<subject>_TO_Tal

Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Compo-<subject>_TO_Tal

Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Compo-<subject>_TO_Tal

Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Compo-<subject>_TO_Tal

Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Compo-<subject>_TO_Tal

Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Compo-<subject>_TO_Tal

Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Compo-<subject>_TO_Tal

Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Compo-<subject>_TO_Tal

Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

Conformal White Mesh DISCO
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Lconformal_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Rconformal_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Lconformal_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Rconformal_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Lconformal_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Rconformal_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Lconformal_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Lconformal_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Rconformal_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Lconformal_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Lconformal_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Lconformal_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Lconformal_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Lconformal_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Rconformal_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Rconformal_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Rconformal_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Rconformal_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Rconformal_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Rconformal_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Lconformal_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Lconformal_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Rconformal_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Lconformal_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Lconformal_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Lconformal_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Rconformal_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Lconformal_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Rconformal_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Rconformal_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Rconformal_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Rconformal_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Conformal White Mesh Inversed DISCO
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Lconformal_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Rconformal_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Lconformal_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Rconformal_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Lconformal_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Rconformal_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Lconformal_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Lconformal_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Rconformal_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Lconformal_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Lconformal_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Lconformal_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Lconformal_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Lconformal_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Rconformal_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Rconformal_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Rconformal_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Rconformal_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Rconformal_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Rconformal_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Lconformal_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Lconformal_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Rconformal_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Lconformal_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Lconformal_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Lconformal_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Rconformal_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Lconformal_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Rconformal_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Rconformal_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Rconformal_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Rconformal_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Conformal latitude texture
Parent types:
Coordinate texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis', 'side']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

Rules selection key: ['side'] []

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lconf_lat

Formats: 'BrainVISA texture formats'
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rconf_lat

Formats: 'BrainVISA texture formats'
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lconf_lat

Formats: 'BrainVISA texture formats'
Rule selection key: ('left',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rconf_lat

Formats: 'BrainVISA texture formats'
Rule selection key: ('right',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

Conformal longitude texture
Parent types:
Coordinate texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis', 'side']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

Rules selection key: ['side'] []

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lconf_lon

Formats: 'BrainVISA texture formats'
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rconf_lon

Formats: 'BrainVISA texture formats'
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lconf_lon

Formats: 'BrainVISA texture formats'
Rule selection key: ('left',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rconf_lon

Formats: 'BrainVISA texture formats'
Rule selection key: ('right',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

Connectivity Matrix
Parent types:
Matrix
Any Type

Key: ['center', 'group_of_subjects', 'method', 'studyname', 'gyrus', 'smoothing', 'smallerlength', 'greaterlength', 'sid', 'subject', 'acquisition', 'analysis', 'tracking_session', 'ends_labelled', 'reduced']

Non mandatory key attributes: ('acquisition',)
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'
tracking_session = 'default_tracking_session'

Rules selection key: ['ends_labelled', 'reduced'] ['sid', 'subject', 'analysis', 'tracking_session', 'group_of_subjects', 'smoothing']
{center}/group_analysis/{group_of_subjects}/connectivity_clustering/{method}/{studyname}/{gyrus}/smooth{smoothing}/<group_of_subjects>_<method>_<studyname>_<gyrus>_group_reduced_matrix_{smallerlength}to{greaterlength}mm

Formats: ['Sparse Matrix', 'GIS image', 'gz compressed NIFTI-1 image', 'NIFTI-1 image']
Rule selection key: ('all', '') (True, True, True, True, False, False)
Priority offset: 0
sid = ''
subject = ''
acquisition = ''
analysis = ''
tracking_session = ''
ends_labelled = 'all'
reduced = 'yes'
intersubject = 'yes'
individual = 'no'

{center}/group_analysis/{group_of_subjects}/connectivity_clustering/{method}/{studyname}/{gyrus}/smooth{smoothing}/<group_of_subjects>_<method>_<studyname>_<gyrus>_group_reduced_matrix_{smallerlength}to{greaterlength}mm

Formats: ['Sparse Matrix', 'GIS image', 'gz compressed NIFTI-1 image', 'NIFTI-1 image']
Rule selection key: ('all', 'yes') (True, True, True, True, False, False)
Priority offset: 0
sid = ''
subject = ''
acquisition = ''
analysis = ''
tracking_session = ''
ends_labelled = 'all'
reduced = 'yes'
intersubject = 'yes'
individual = 'no'

{center}/group_analysis/{group_of_subjects}/connectivity_clustering/{method}/{studyname}/{gyrus}/smooth{smoothing}/<group_of_subjects>_<method>_<studyname>_<gyrus>_group_reduced_matrix_{smallerlength}to{greaterlength}mm

Formats: ['Sparse Matrix', 'GIS image', 'gz compressed NIFTI-1 image', 'NIFTI-1 image']
Rule selection key: ('', '') (True, True, True, True, False, False)
Priority offset: 0
sid = ''
subject = ''
acquisition = ''
analysis = ''
tracking_session = ''
ends_labelled = 'all'
reduced = 'yes'
intersubject = 'yes'
individual = 'no'

{center}/group_analysis/{group_of_subjects}/connectivity_clustering/{method}/{studyname}/{gyrus}/smooth{smoothing}/<group_of_subjects>_<method>_<studyname>_<gyrus>_group_reduced_matrix_{smallerlength}to{greaterlength}mm

Formats: ['Sparse Matrix', 'GIS image', 'gz compressed NIFTI-1 image', 'NIFTI-1 image']
Rule selection key: ('', 'yes') (True, True, True, True, False, False)
Priority offset: 0
sid = ''
subject = ''
acquisition = ''
analysis = ''
tracking_session = ''
ends_labelled = 'all'
reduced = 'yes'
intersubject = 'yes'
individual = 'no'

{center}/group_analysis/{group_of_subjects}/connectivity_clustering/{method}/{studyname}/{gyrus}/smooth{smoothing}/<group_of_subjects>_<method>_<studyname>_<gyrus>_{sid}_reduced_matrix_{smallerlength}to{greaterlength}mm

Formats: ['Sparse Matrix', 'GIS image', 'gz compressed NIFTI-1 image', 'NIFTI-1 image']
Rule selection key: ('all', 'yes') (False, True, True, True, False, False)
Priority offset: 0
subject = ''
acquisition = ''
analysis = ''
tracking_session = ''
ends_labelled = 'all'
reduced = 'yes'
intersubject = 'yes'
individual = 'yes'

{center}/group_analysis/{group_of_subjects}/connectivity_clustering/{method}/{studyname}/{gyrus}/smooth{smoothing}/<group_of_subjects>_<method>_<studyname>_<gyrus>_{sid}_reduced_matrix_{smallerlength}to{greaterlength}mm

Formats: ['Sparse Matrix', 'GIS image', 'gz compressed NIFTI-1 image', 'NIFTI-1 image']
Rule selection key: ('', '') (False, True, True, True, False, False)
Priority offset: 0
subject = ''
acquisition = ''
analysis = ''
tracking_session = ''
ends_labelled = 'all'
reduced = 'yes'
intersubject = 'yes'
individual = 'yes'

{center}/group_analysis/{group_of_subjects}/connectivity_clustering/{method}/{studyname}/{gyrus}/smooth{smoothing}/<group_of_subjects>_<method>_<studyname>_<gyrus>_{sid}_reduced_matrix_{smallerlength}to{greaterlength}mm

Formats: ['Sparse Matrix', 'GIS image', 'gz compressed NIFTI-1 image', 'NIFTI-1 image']
Rule selection key: ('', 'yes') (False, True, True, True, False, False)
Priority offset: 0
subject = ''
acquisition = ''
analysis = ''
tracking_session = ''
ends_labelled = 'all'
reduced = 'yes'
intersubject = 'yes'
individual = 'yes'

{center}/group_analysis/{group_of_subjects}/connectivity_clustering/{method}/{studyname}/{gyrus}/smooth{smoothing}/<group_of_subjects>_<method>_<studyname>_<gyrus>_{sid}_reduced_matrix_{smallerlength}to{greaterlength}mm

Formats: ['Sparse Matrix', 'GIS image', 'gz compressed NIFTI-1 image', 'NIFTI-1 image']
Rule selection key: ('all', '') (False, True, True, True, False, False)
Priority offset: 0
subject = ''
acquisition = ''
analysis = ''
tracking_session = ''
ends_labelled = 'all'
reduced = 'yes'
intersubject = 'yes'
individual = 'yes'

{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/connectivity_parcellation/{method}/{studyname}/{gyrus}/matrix/<subject>_<studyname>_<gyrus>_labelled_fibers_matrix_{smallerlength}to{greaterlength}mm

Formats: ['Sparse Matrix', 'GIS image', 'gz compressed NIFTI-1 image', 'NIFTI-1 image']
Rule selection key: ('', 'no') (True, False, False, False, True, True)
Priority offset: 0
group_of_subjects = ''
smoothing = ''
sid = ''
ends_labelled = 'both'
reduced = 'no'
intersubject = 'no'
individual = 'yes'

{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/connectivity_parcellation/{method}/{studyname}/{gyrus}/matrix/<subject>_<studyname>_<gyrus>_semilabelled_fibers_matrix_{smallerlength}to{greaterlength}mm

Formats: ['Sparse Matrix', 'GIS image', 'gz compressed NIFTI-1 image', 'NIFTI-1 image']
Rule selection key: ('', 'no') (True, False, False, False, True, True)
Priority offset: 0
group_of_subjects = ''
smoothing = ''
sid = ''
ends_labelled = 'one'
reduced = 'no'
intersubject = 'no'
individual = 'yes'

{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/connectivity_parcellation/{method}/{studyname}/{gyrus}/matrix/<subject>_<studyname>_<gyrus>_labelled_fibers_matrix_{smallerlength}to{greaterlength}mm

Formats: ['Sparse Matrix', 'GIS image', 'gz compressed NIFTI-1 image', 'NIFTI-1 image']
Rule selection key: ('both', 'no') (True, False, False, False, True, True)
Priority offset: 0
group_of_subjects = ''
smoothing = ''
sid = ''
ends_labelled = 'both'
reduced = 'no'
intersubject = 'no'
individual = 'yes'

{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/connectivity_parcellation/{method}/{studyname}/{gyrus}/matrix/<subject>_<studyname>_<gyrus>_labelled_fibers_matrix_{smallerlength}to{greaterlength}mm

Formats: ['Sparse Matrix', 'GIS image', 'gz compressed NIFTI-1 image', 'NIFTI-1 image']
Rule selection key: ('', '') (True, False, False, False, True, True)
Priority offset: 0
group_of_subjects = ''
smoothing = ''
sid = ''
ends_labelled = 'both'
reduced = 'no'
intersubject = 'no'
individual = 'yes'

{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/connectivity_parcellation/{method}/{studyname}/{gyrus}/matrix/<subject>_<studyname>_<gyrus>_semilabelled_fibers_matrix_{smallerlength}to{greaterlength}mm

Formats: ['Sparse Matrix', 'GIS image', 'gz compressed NIFTI-1 image', 'NIFTI-1 image']
Rule selection key: ('', '') (True, False, False, False, True, True)
Priority offset: 0
group_of_subjects = ''
smoothing = ''
sid = ''
ends_labelled = 'one'
reduced = 'no'
intersubject = 'no'
individual = 'yes'

{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/connectivity_parcellation/{method}/{studyname}/{gyrus}/matrix/<subject>_<studyname>_<gyrus>_labelled_fibers_matrix_{smallerlength}to{greaterlength}mm

Formats: ['Sparse Matrix', 'GIS image', 'gz compressed NIFTI-1 image', 'NIFTI-1 image']
Rule selection key: ('both', '') (True, False, False, False, True, True)
Priority offset: 0
group_of_subjects = ''
smoothing = ''
sid = ''
ends_labelled = 'both'
reduced = 'no'
intersubject = 'no'
individual = 'yes'

{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/connectivity_parcellation/{method}/{studyname}/{gyrus}/matrix/<subject>_<studyname>_<gyrus>_semilabelled_fibers_matrix_{smallerlength}to{greaterlength}mm

Formats: ['Sparse Matrix', 'GIS image', 'gz compressed NIFTI-1 image', 'NIFTI-1 image']
Rule selection key: ('one', 'no') (True, False, False, False, True, True)
Priority offset: 0
group_of_subjects = ''
smoothing = ''
sid = ''
ends_labelled = 'one'
reduced = 'no'
intersubject = 'no'
individual = 'yes'

{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/connectivity_parcellation/{method}/{studyname}/{gyrus}/matrix/<subject>_<studyname>_<gyrus>_semilabelled_fibers_matrix_{smallerlength}to{greaterlength}mm

Formats: ['Sparse Matrix', 'GIS image', 'gz compressed NIFTI-1 image', 'NIFTI-1 image']
Rule selection key: ('one', '') (True, False, False, False, True, True)
Priority offset: 0
group_of_subjects = ''
smoothing = ''
sid = ''
ends_labelled = 'one'
reduced = 'no'
intersubject = 'no'
individual = 'yes'

{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/connectivity_parcellation/{method}/{studyname}/{gyrus}/matrix/<subject>_<studyname>_<gyrus>_complete_matrix_smooth{smoothing}_{smallerlength}to{greaterlength}mm

Formats: ['Sparse Matrix', 'GIS image', 'gz compressed NIFTI-1 image', 'NIFTI-1 image']
Rule selection key: ('all', '') (True, False, False, False, True, False)
Priority offset: 0
group_of_subjects = ''
sid = ''
ends_labelled = 'all'
reduced = 'no'
intersubject = 'no'
individual = 'yes'

{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/connectivity_parcellation/{method}/{studyname}/{gyrus}/clustering/smooth{smoothing}/<subject>_<studyname>_<gyrus>_reduced_matrix_{smallerlength}to{greaterlength}mm

Formats: ['Sparse Matrix', 'GIS image', 'gz compressed NIFTI-1 image', 'NIFTI-1 image']
Rule selection key: ('all', '') (True, False, False, False, True, False)
Priority offset: 0
group_of_subjects = ''
sid = ''
ends_labelled = 'all'
reduced = 'yes'
intersubject = 'no'
individual = 'yes'

{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/connectivity_parcellation/{method}/{studyname}/{gyrus}/matrix/<subject>_<studyname>_<gyrus>_complete_matrix_smooth{smoothing}_{smallerlength}to{greaterlength}mm

Formats: ['Sparse Matrix', 'GIS image', 'gz compressed NIFTI-1 image', 'NIFTI-1 image']
Rule selection key: ('', 'no') (True, False, False, False, True, False)
Priority offset: 0
group_of_subjects = ''
sid = ''
ends_labelled = 'all'
reduced = 'no'
intersubject = 'no'
individual = 'yes'

{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/connectivity_parcellation/{method}/{studyname}/{gyrus}/matrix/<subject>_<studyname>_<gyrus>_complete_matrix_smooth{smoothing}_{smallerlength}to{greaterlength}mm

Formats: ['Sparse Matrix', 'GIS image', 'gz compressed NIFTI-1 image', 'NIFTI-1 image']
Rule selection key: ('', '') (True, False, False, False, True, False)
Priority offset: 0
group_of_subjects = ''
sid = ''
ends_labelled = 'all'
reduced = 'no'
intersubject = 'no'
individual = 'yes'

{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/connectivity_parcellation/{method}/{studyname}/{gyrus}/clustering/smooth{smoothing}/<subject>_<studyname>_<gyrus>_reduced_matrix_{smallerlength}to{greaterlength}mm

Formats: ['Sparse Matrix', 'GIS image', 'gz compressed NIFTI-1 image', 'NIFTI-1 image']
Rule selection key: ('', '') (True, False, False, False, True, False)
Priority offset: 0
group_of_subjects = ''
sid = ''
ends_labelled = 'all'
reduced = 'yes'
intersubject = 'no'
individual = 'yes'

{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/connectivity_parcellation/{method}/{studyname}/{gyrus}/matrix/<subject>_<studyname>_<gyrus>_complete_matrix_smooth{smoothing}_{smallerlength}to{greaterlength}mm

Formats: ['Sparse Matrix', 'GIS image', 'gz compressed NIFTI-1 image', 'NIFTI-1 image']
Rule selection key: ('all', 'no') (True, False, False, False, True, False)
Priority offset: 0
group_of_subjects = ''
sid = ''
ends_labelled = 'all'
reduced = 'no'
intersubject = 'no'
individual = 'yes'

{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/connectivity_parcellation/{method}/{studyname}/{gyrus}/clustering/smooth{smoothing}/<subject>_<studyname>_<gyrus>_reduced_matrix_{smallerlength}to{greaterlength}mm

Formats: ['Sparse Matrix', 'GIS image', 'gz compressed NIFTI-1 image', 'NIFTI-1 image']
Rule selection key: ('all', 'yes') (True, False, False, False, True, False)
Priority offset: 0
group_of_subjects = ''
sid = ''
ends_labelled = 'all'
reduced = 'yes'
intersubject = 'no'
individual = 'yes'

{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/connectivity_parcellation/{method}/{studyname}/{gyrus}/clustering/smooth{smoothing}/<subject>_<studyname>_<gyrus>_reduced_matrix_{smallerlength}to{greaterlength}mm

Formats: ['Sparse Matrix', 'GIS image', 'gz compressed NIFTI-1 image', 'NIFTI-1 image']
Rule selection key: ('', 'yes') (True, False, False, False, True, False)
Priority offset: 0
group_of_subjects = ''
sid = ''
ends_labelled = 'all'
reduced = 'yes'
intersubject = 'no'
individual = 'yes'

Connectivity Profile Texture
Parent types:
Texture
Any Type

Key: ['center', 'group_of_subjects', 'method', 'studyname', 'gyrus', 'smoothing', 'smallerlength', 'greaterlength', 'normed', 'subject', 'acquisition', 'analysis', 'tracking_session', 'ends_labelled']

Non mandatory key attributes: ('acquisition',)
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'
tracking_session = 'default_tracking_session'

Rules selection key: ['normed', 'ends_labelled'] ['subject', 'analysis', 'tracking_session', 'group_of_subjects', 'smoothing']
{center}/group_analysis/{group_of_subjects}/connectivity_clustering/{method}/{studyname}/{gyrus}/smooth{smoothing}/<group_of_subjects>_<method>_<studyname>_<gyrus>_mean_profile_{smallerlength}to{greaterlength}mm

Formats: 'BrainVISA texture formats'
Rule selection key: ('no', '') (True, True, True, False, False)
Priority offset: 0
subject = ''
acquisition = ''
analysis = ''
tracking_session = ''
ends_labelled = 'all'
normed = 'no'
intersubject = 'yes'

{center}/group_analysis/{group_of_subjects}/connectivity_clustering/{method}/{studyname}/{gyrus}/smooth{smoothing}/<group_of_subjects>_<method>_<studyname>_<gyrus>_mean_profile_{smallerlength}to{greaterlength}mm

Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'all') (True, True, True, False, False)
Priority offset: 0
subject = ''
acquisition = ''
analysis = ''
tracking_session = ''
ends_labelled = 'all'
normed = 'no'
intersubject = 'yes'

{center}/group_analysis/{group_of_subjects}/connectivity_clustering/{method}/{studyname}/{gyrus}/smooth{smoothing}/<group_of_subjects>_<method>_<studyname>_<gyrus>_normed_mean_profile_{smallerlength}to{greaterlength}mm

Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'all') (True, True, True, False, False)
Priority offset: 0
subject = ''
acquisition = ''
analysis = ''
tracking_session = ''
ends_labelled = 'all'
normed = 'yes'
intersubject = 'yes'

{center}/group_analysis/{group_of_subjects}/connectivity_clustering/{method}/{studyname}/{gyrus}/smooth{smoothing}/<group_of_subjects>_<method>_<studyname>_<gyrus>_mean_profile_{smallerlength}to{greaterlength}mm

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '') (True, True, True, False, False)
Priority offset: 0
subject = ''
acquisition = ''
analysis = ''
tracking_session = ''
ends_labelled = 'all'
normed = 'no'
intersubject = 'yes'

{center}/group_analysis/{group_of_subjects}/connectivity_clustering/{method}/{studyname}/{gyrus}/smooth{smoothing}/<group_of_subjects>_<method>_<studyname>_<gyrus>_normed_mean_profile_{smallerlength}to{greaterlength}mm

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '') (True, True, True, False, False)
Priority offset: 0
subject = ''
acquisition = ''
analysis = ''
tracking_session = ''
ends_labelled = 'all'
normed = 'yes'
intersubject = 'yes'

{center}/group_analysis/{group_of_subjects}/connectivity_clustering/{method}/{studyname}/{gyrus}/smooth{smoothing}/<group_of_subjects>_<method>_<studyname>_<gyrus>_mean_profile_{smallerlength}to{greaterlength}mm

Formats: 'BrainVISA texture formats'
Rule selection key: ('no', 'all') (True, True, True, False, False)
Priority offset: 0
subject = ''
acquisition = ''
analysis = ''
tracking_session = ''
ends_labelled = 'all'
normed = 'no'
intersubject = 'yes'

{center}/group_analysis/{group_of_subjects}/connectivity_clustering/{method}/{studyname}/{gyrus}/smooth{smoothing}/<group_of_subjects>_<method>_<studyname>_<gyrus>_normed_mean_profile_{smallerlength}to{greaterlength}mm

Formats: 'BrainVISA texture formats'
Rule selection key: ('yes', 'all') (True, True, True, False, False)
Priority offset: 0
subject = ''
acquisition = ''
analysis = ''
tracking_session = ''
ends_labelled = 'all'
normed = 'yes'
intersubject = 'yes'

{center}/group_analysis/{group_of_subjects}/connectivity_clustering/{method}/{studyname}/{gyrus}/smooth{smoothing}/<group_of_subjects>_<method>_<studyname>_<gyrus>_normed_mean_profile_{smallerlength}to{greaterlength}mm

Formats: 'BrainVISA texture formats'
Rule selection key: ('yes', '') (True, True, True, False, False)
Priority offset: 0
subject = ''
acquisition = ''
analysis = ''
tracking_session = ''
ends_labelled = 'all'
normed = 'yes'
intersubject = 'yes'

{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/connectivity_parcellation/{method}/{studyname}/{gyrus}/matrix/<subject>_<studyname>_<gyrus>_labelled_fibers_mean_profile_{smallerlength}to{greaterlength}mm

Formats: 'BrainVISA texture formats'
Rule selection key: ('no', 'both') (False, False, False, True, True)
Priority offset: 0
group_of_subjects = ''
smoothing = ''
ends_labelled = 'both'
normed = 'no'
intersubject = 'no'

{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/connectivity_parcellation/{method}/{studyname}/{gyrus}/matrix/<subject>_<studyname>_<gyrus>_labelled_fibers_mean_profile_{smallerlength}to{greaterlength}mm

Formats: 'BrainVISA texture formats'
Rule selection key: ('no', '') (False, False, False, True, True)
Priority offset: 0
group_of_subjects = ''
smoothing = ''
ends_labelled = 'both'
normed = 'no'
intersubject = 'no'

{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/connectivity_parcellation/{method}/{studyname}/{gyrus}/matrix/<subject>_<studyname>_<gyrus>_semilabelled_fibers_mean_profile_{smallerlength}to{greaterlength}mm

Formats: 'BrainVISA texture formats'
Rule selection key: ('no', '') (False, False, False, True, True)
Priority offset: 0
group_of_subjects = ''
smoothing = ''
ends_labelled = 'one'
normed = 'no'
intersubject = 'no'

{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/connectivity_parcellation/{method}/{studyname}/{gyrus}/matrix/<subject>_<studyname>_<gyrus>_labelled_fibers_mean_profile_{smallerlength}to{greaterlength}mm

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '') (False, False, False, True, True)
Priority offset: 0
group_of_subjects = ''
smoothing = ''
ends_labelled = 'both'
normed = 'no'
intersubject = 'no'

{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/connectivity_parcellation/{method}/{studyname}/{gyrus}/matrix/<subject>_<studyname>_<gyrus>_semilabelled_fibers_mean_profile_{smallerlength}to{greaterlength}mm

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '') (False, False, False, True, True)
Priority offset: 0
group_of_subjects = ''
smoothing = ''
ends_labelled = 'one'
normed = 'no'
intersubject = 'no'

{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/connectivity_parcellation/{method}/{studyname}/{gyrus}/matrix/<subject>_<studyname>_<gyrus>_labelled_fibers_mean_profile_{smallerlength}to{greaterlength}mm

Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'both') (False, False, False, True, True)
Priority offset: 0
group_of_subjects = ''
smoothing = ''
ends_labelled = 'both'
normed = 'no'
intersubject = 'no'

{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/connectivity_parcellation/{method}/{studyname}/{gyrus}/matrix/<subject>_<studyname>_<gyrus>_semilabelled_fibers_mean_profile_{smallerlength}to{greaterlength}mm

Formats: 'BrainVISA texture formats'
Rule selection key: ('no', 'one') (False, False, False, True, True)
Priority offset: 0
group_of_subjects = ''
smoothing = ''
ends_labelled = 'one'
normed = 'no'
intersubject = 'no'

{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/connectivity_parcellation/{method}/{studyname}/{gyrus}/matrix/<subject>_<studyname>_<gyrus>_semilabelled_fibers_mean_profile_{smallerlength}to{greaterlength}mm

Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'one') (False, False, False, True, True)
Priority offset: 0
group_of_subjects = ''
smoothing = ''
ends_labelled = 'one'
normed = 'no'
intersubject = 'no'

{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/connectivity_parcellation/{method}/{studyname}/{gyrus}/clustering/smooth{smoothing}/<subject>_<studyname>_<gyrus>_mean_profile_{smallerlength}to{greaterlength}mm

Formats: 'BrainVISA texture formats'
Rule selection key: ('no', '') (False, False, False, True, False)
Priority offset: 0
group_of_subjects = ''
ends_labelled = 'all'
normed = 'no'
intersubject = 'no'

{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/connectivity_parcellation/{method}/{studyname}/{gyrus}/clustering/smooth{smoothing}/<subject>_<studyname>_<gyrus>_mean_profile_{smallerlength}to{greaterlength}mm

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '') (False, False, False, True, False)
Priority offset: 0
group_of_subjects = ''
ends_labelled = 'all'
normed = 'no'
intersubject = 'no'

{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/connectivity_parcellation/{method}/{studyname}/{gyrus}/clustering/smooth{smoothing}/<subject>_<studyname>_<gyrus>_normed_mean_profile_{smallerlength}to{greaterlength}mm

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '') (False, False, False, True, False)
Priority offset: 0
group_of_subjects = ''
ends_labelled = 'all'
normed = 'yes'
intersubject = 'no'

{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/connectivity_parcellation/{method}/{studyname}/{gyrus}/clustering/smooth{smoothing}/<subject>_<studyname>_<gyrus>_mean_profile_{smallerlength}to{greaterlength}mm

Formats: 'BrainVISA texture formats'
Rule selection key: ('no', 'all') (False, False, False, True, False)
Priority offset: 0
group_of_subjects = ''
ends_labelled = 'all'
normed = 'no'
intersubject = 'no'

{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/connectivity_parcellation/{method}/{studyname}/{gyrus}/clustering/smooth{smoothing}/<subject>_<studyname>_<gyrus>_mean_profile_{smallerlength}to{greaterlength}mm

Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'all') (False, False, False, True, False)
Priority offset: 0
group_of_subjects = ''
ends_labelled = 'all'
normed = 'no'
intersubject = 'no'

{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/connectivity_parcellation/{method}/{studyname}/{gyrus}/clustering/smooth{smoothing}/<subject>_<studyname>_<gyrus>_normed_mean_profile_{smallerlength}to{greaterlength}mm

Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'all') (False, False, False, True, False)
Priority offset: 0
group_of_subjects = ''
ends_labelled = 'all'
normed = 'yes'
intersubject = 'no'

{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/connectivity_parcellation/{method}/{studyname}/{gyrus}/clustering/smooth{smoothing}/<subject>_<studyname>_<gyrus>_normed_mean_profile_{smallerlength}to{greaterlength}mm

Formats: 'BrainVISA texture formats'
Rule selection key: ('yes', 'all') (False, False, False, True, False)
Priority offset: 0
group_of_subjects = ''
ends_labelled = 'all'
normed = 'yes'
intersubject = 'no'

{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/connectivity_parcellation/{method}/{studyname}/{gyrus}/clustering/smooth{smoothing}/<subject>_<studyname>_<gyrus>_normed_mean_profile_{smallerlength}to{greaterlength}mm

Formats: 'BrainVISA texture formats'
Rule selection key: ('yes', '') (False, False, False, True, False)
Priority offset: 0
group_of_subjects = ''
ends_labelled = 'all'
normed = 'yes'
intersubject = 'no'

Connectivity ROI Texture
Parent types:
ROI Texture
Label Texture
Texture
Any Type

Key: ['center', 'group_of_subjects', 'method', 'studyname', 'gyrus', 'smoothing', 'smallerlength', 'greaterlength', 'roi_filtered', 'sid', 'optimal', 'subject', 'acquisition', 'analysis', 'tracking_session', 'measure', 'roi_autodetect', 'step_time']

Non mandatory key attributes: ('acquisition',)
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'
tracking_session = 'default_tracking_session'

Rules selection key: ['roi_filtered', 'measure', 'roi_autodetect', 'step_time'] ['sid', 'optimal', 'subject', 'analysis', 'tracking_session', 'gyrus', 'group_of_subjects']
{center}/group_analysis/{group_of_subjects}/connectivity_clustering/{method}/{studyname}/{gyrus}/smooth{smoothing}/<group_of_subjects>_<method>_<studyname>_<gyrus>_filtered_watershed_{smallerlength}to{greaterlength}mm

Formats: 'BrainVISA texture formats'
Rule selection key: ('yes', 'no', 'yes', 'no') (True, True, True, True, True, False, False)
Priority offset: 0
sid = ''
optimal = ''
subject = ''
acquisition = ''
analysis = ''
tracking_session = ''
roi_autodetect = 'yes'
roi_filtered = 'yes'
intersubject = 'yes'
step_time = 'no'
measure = 'no'

{center}/group_analysis/{group_of_subjects}/connectivity_clustering/{method}/{studyname}/{gyrus}/smooth{smoothing}/<group_of_subjects>_<method>_<studyname>_<gyrus>_filtered_watershed_{smallerlength}to{greaterlength}mm

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '', '', '') (True, True, True, True, True, False, False)
Priority offset: 0
sid = ''
optimal = ''
subject = ''
acquisition = ''
analysis = ''
tracking_session = ''
roi_autodetect = 'yes'
roi_filtered = 'yes'
intersubject = 'yes'
step_time = 'no'
measure = 'no'

{center}/group_analysis/{group_of_subjects}/connectivity_clustering/{method}/{studyname}/{gyrus}/smooth{smoothing}/<group_of_subjects>_<method>_<studyname>_<gyrus>_watershed_{smallerlength}to{greaterlength}mm

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '', '', '') (True, True, True, True, True, False, False)
Priority offset: 0
sid = ''
optimal = ''
subject = ''
acquisition = ''
analysis = ''
tracking_session = ''
roi_autodetect = 'yes'
roi_filtered = 'no'
averaged = 'yes'
intersubject = 'yes'
step_time = 'no'
measure = 'no'

{center}/group_analysis/{group_of_subjects}/connectivity_clustering/{method}/{studyname}/{gyrus}/smooth{smoothing}/<group_of_subjects>_<method>_<studyname>_<gyrus>_filtered_watershed_{smallerlength}to{greaterlength}mm

Formats: 'BrainVISA texture formats'
Rule selection key: ('yes', '', '', 'no') (True, True, True, True, True, False, False)
Priority offset: 0
sid = ''
optimal = ''
subject = ''
acquisition = ''
analysis = ''
tracking_session = ''
roi_autodetect = 'yes'
roi_filtered = 'yes'
intersubject = 'yes'
step_time = 'no'
measure = 'no'

{center}/group_analysis/{group_of_subjects}/connectivity_clustering/{method}/{studyname}/{gyrus}/smooth{smoothing}/<group_of_subjects>_<method>_<studyname>_<gyrus>_filtered_watershed_{smallerlength}to{greaterlength}mm

Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'no', 'yes', 'no') (True, True, True, True, True, False, False)
Priority offset: 0
sid = ''
optimal = ''
subject = ''
acquisition = ''
analysis = ''
tracking_session = ''
roi_autodetect = 'yes'
roi_filtered = 'yes'
intersubject = 'yes'
step_time = 'no'
measure = 'no'

{center}/group_analysis/{group_of_subjects}/connectivity_clustering/{method}/{studyname}/{gyrus}/smooth{smoothing}/<group_of_subjects>_<method>_<studyname>_<gyrus>_watershed_{smallerlength}to{greaterlength}mm

Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'no', 'yes', 'no') (True, True, True, True, True, False, False)
Priority offset: 0
sid = ''
optimal = ''
subject = ''
acquisition = ''
analysis = ''
tracking_session = ''
roi_autodetect = 'yes'
roi_filtered = 'no'
averaged = 'yes'
intersubject = 'yes'
step_time = 'no'
measure = 'no'

{center}/group_analysis/{group_of_subjects}/connectivity_clustering/{method}/{studyname}/{gyrus}/smooth{smoothing}/<group_of_subjects>_<method>_<studyname>_<gyrus>_filtered_watershed_{smallerlength}to{greaterlength}mm

Formats: 'BrainVISA texture formats'
Rule selection key: ('yes', '', 'yes', 'no') (True, True, True, True, True, False, False)
Priority offset: 0
sid = ''
optimal = ''
subject = ''
acquisition = ''
analysis = ''
tracking_session = ''
roi_autodetect = 'yes'
roi_filtered = 'yes'
intersubject = 'yes'
step_time = 'no'
measure = 'no'

{center}/group_analysis/{group_of_subjects}/connectivity_clustering/{method}/{studyname}/{gyrus}/smooth{smoothing}/<group_of_subjects>_<method>_<studyname>_<gyrus>_filtered_watershed_{smallerlength}to{greaterlength}mm

Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'no', '', '') (True, True, True, True, True, False, False)
Priority offset: 0
sid = ''
optimal = ''
subject = ''
acquisition = ''
analysis = ''
tracking_session = ''
roi_autodetect = 'yes'
roi_filtered = 'yes'
intersubject = 'yes'
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step_time = 'yes'
measure = 'no'

{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/connectivity_parcellation/{method}/{studyname}/{gyrus}/clustering/smooth{smoothing}/<subject>_<studyname>_<gyrus>_clustering_{smallerlength}to{greaterlength}mm

Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'no', '', 'yes') (True, True, False, False, False, False, True)
Priority offset: 0
group_of_subjects = ''
sid = ''
optimal = ''
roi_autodetect = 'no'
roi_filtered = 'no'
intersubject = 'no'
step_time = 'yes'
measure = 'no'

{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/connectivity_parcellation/{method}/{studyname}/{gyrus}/clustering/smooth{smoothing}/<subject>_<studyname>_<gyrus>_clustering_{smallerlength}to{greaterlength}mm

Formats: 'BrainVISA texture formats'
Rule selection key: ('no', '', 'no', 'yes') (True, True, False, False, False, False, True)
Priority offset: 0
group_of_subjects = ''
sid = ''
optimal = ''
roi_autodetect = 'no'
roi_filtered = 'no'
intersubject = 'no'
step_time = 'yes'
measure = 'no'

{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/connectivity_parcellation/{method}/{studyname}/{gyrus}/clustering/smooth{smoothing}/<subject>_<studyname>_<gyrus>_clustering_{smallerlength}to{greaterlength}mm

Formats: 'BrainVISA texture formats'
Rule selection key: ('no', 'no', '', 'yes') (True, True, False, False, False, False, True)
Priority offset: 0
group_of_subjects = ''
sid = ''
optimal = ''
roi_autodetect = 'no'
roi_filtered = 'no'
intersubject = 'no'
step_time = 'yes'
measure = 'no'

{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/connectivity_parcellation/{method}/{studyname}/{gyrus}/clustering/smooth{smoothing}/<subject>_<studyname>_<gyrus>_clustering_{smallerlength}to{greaterlength}mm

Formats: 'BrainVISA texture formats'
Rule selection key: ('no', 'no', 'no', '') (True, True, False, False, False, False, True)
Priority offset: 0
group_of_subjects = ''
sid = ''
optimal = ''
roi_autodetect = 'no'
roi_filtered = 'no'
intersubject = 'no'
step_time = 'yes'
measure = 'no'

{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/connectivity_parcellation/{method}/{studyname}/{gyrus}/clustering/smooth{smoothing}/<subject>_<studyname>_<gyrus>_clustering_{smallerlength}to{greaterlength}mm

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '', 'no', 'yes') (True, True, False, False, False, False, True)
Priority offset: 0
group_of_subjects = ''
sid = ''
optimal = ''
roi_autodetect = 'no'
roi_filtered = 'no'
intersubject = 'no'
step_time = 'yes'
measure = 'no'

{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/connectivity_parcellation/{method}/{studyname}/{gyrus}/clustering/smooth{smoothing}/<subject>_<studyname>_<gyrus>_clustering_{smallerlength}to{greaterlength}mm

Formats: 'BrainVISA texture formats'
Rule selection key: ('no', '', '', 'yes') (True, True, False, False, False, False, True)
Priority offset: 0
group_of_subjects = ''
sid = ''
optimal = ''
roi_autodetect = 'no'
roi_filtered = 'no'
intersubject = 'no'
step_time = 'yes'
measure = 'no'

Constraint coordinates values
Parent types:
Text file
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_rootsValues

Formats: None
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'

Corpus Callosum mask
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/corpus_callosum_mask

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'

Cortex Catchment Bassins
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['time_point', 'acquisition_date', 'contrast', 'mapped', 'time_duration', 'rescan', 'center', 'subject', 'acquisition', 'analysis', 'side']

Non mandatory key attributes: ('acquisition_date', 'mapped', 'time_duration', 'time_point', 'rescan', 'acquisition', 'analysis', 'contrast')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

Rules selection key: ['side'] []

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/left/roots_<side>_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) ()
Priority offset: 0
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'
side = 'left'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/right/roots_<side>_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) ()
Priority offset: 0
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'
side = 'right'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/left/roots_<side>_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left',) ()
Priority offset: 0
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'
side = 'left'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/right/roots_<side>_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right',) ()
Priority offset: 0
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'
side = 'right'

Cortex Skeleton
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['time_point', 'acquisition_date', 'contrast', 'mapped', 'time_duration', 'rescan', 'center', 'subject', 'acquisition', 'analysis', 'side']

Non mandatory key attributes: ('acquisition_date', 'mapped', 'time_duration', 'time_point', 'rescan', 'acquisition', 'analysis', 'contrast')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

Rules selection key: ['side'] []

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/left/skeleton_<side>_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) ()
Priority offset: 0
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'
side = 'left'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/right/skeleton_<side>_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) ()
Priority offset: 0
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'
side = 'right'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/left/skeleton_<side>_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left',) ()
Priority offset: 0
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'
side = 'left'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/right/skeleton_<side>_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right',) ()
Priority offset: 0
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'
side = 'right'

Cortical Thickness map
Parent types:
3D Volume
4D Volume
Any Type

Key: ['center', 'subject', 'acquisition', 'space']
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

Rules selection key: ['space'] []

{center}/{subject}/vol2Brain/{acquisition}/mni_thickness_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) ()
Priority offset: 0
modality = 'vol2Brain'
space = 'mni'

{center}/{subject}/vol2Brain/{acquisition}/native_thickness_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) ()
Priority offset: 0
modality = 'vol2Brain'
space = 'native'

{center}/{subject}/vol2Brain/{acquisition}/mni_thickness_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('mni',) ()
Priority offset: 0
modality = 'vol2Brain'
space = 'mni'

{center}/{subject}/vol2Brain/{acquisition}/native_thickness_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('native',) ()
Priority offset: 0
modality = 'vol2Brain'
space = 'native'

Cortical folds graph
Parent types:
Data graph
Graph
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'contrast', 'mapped', 'center', 'subject', 'acquisition', 'analysis', 'graph_version', 'side', 'modality']

Non mandatory key attributes: ('acquisition_date', 'mapped', 'time_duration', 'time_point', 'acquisition', 'contrast', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'
graph_version = '3.1'

Rules selection key: ['side', 'modality'] []

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/L<subject>

Formats: ['Graph and data']
Rule selection key: ('', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'left'
labelled = 'No'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/R<subject>

Formats: ['Graph and data']
Rule selection key: ('', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'right'
labelled = 'No'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/folds/{graph_version}/left/<side>_<subject>

Formats: ['Graph and data']
Rule selection key: ('', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'left'
labelled = 'No'
manually_labelled = 'No'
automatically_labelled = 'No'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/folds/{graph_version}/right/<side>_<subject>

Formats: ['Graph and data']
Rule selection key: ('', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'right'
labelled = 'No'
manually_labelled = 'No'
automatically_labelled = 'No'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/L<subject>

Formats: ['Graph and data']
Rule selection key: ('', 't1mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'left'
labelled = 'No'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/R<subject>

Formats: ['Graph and data']
Rule selection key: ('', 't1mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'right'
labelled = 'No'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/L<subject>

Formats: ['Graph and data']
Rule selection key: ('left', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'left'
labelled = 'No'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/folds/{graph_version}/left/<side>_<subject>

Formats: ['Graph and data']
Rule selection key: ('left', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'left'
labelled = 'No'
manually_labelled = 'No'
automatically_labelled = 'No'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/L<subject>

Formats: ['Graph and data']
Rule selection key: ('left', 't1mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'left'
labelled = 'No'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/R<subject>

Formats: ['Graph and data']
Rule selection key: ('right', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'right'
labelled = 'No'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/folds/{graph_version}/right/<side>_<subject>

Formats: ['Graph and data']
Rule selection key: ('right', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'right'
labelled = 'No'
manually_labelled = 'No'
automatically_labelled = 'No'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/R<subject>

Formats: ['Graph and data']
Rule selection key: ('right', 't1mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'right'
labelled = 'No'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/folds/{graph_version}/left/<side>_<subject>

Formats: ['Graph and data']
Rule selection key: ('left', 'anatomical_mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'left'
labelled = 'No'
manually_labelled = 'No'
automatically_labelled = 'No'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/folds/{graph_version}/left/<side>_<subject>

Formats: ['Graph and data']
Rule selection key: ('', 'anatomical_mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'left'
labelled = 'No'
manually_labelled = 'No'
automatically_labelled = 'No'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/folds/{graph_version}/right/<side>_<subject>

Formats: ['Graph and data']
Rule selection key: ('', 'anatomical_mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'right'
labelled = 'No'
manually_labelled = 'No'
automatically_labelled = 'No'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/folds/{graph_version}/right/<side>_<subject>

Formats: ['Graph and data']
Rule selection key: ('right', 'anatomical_mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'right'
labelled = 'No'
manually_labelled = 'No'
automatically_labelled = 'No'

Cortical thickness
Parent types:
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis', 'side', 'mesh']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

Rules selection key: ['side', 'mesh'] []

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_thickness

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'
mesh = 'white'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_thickness

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'
mesh = 'white'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lhemi_thickness

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'
mesh = 'hemi'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rhemi_thickness

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'
mesh = 'hemi'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_thickness

Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'white') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'
mesh = 'white'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_thickness

Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'white') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'
mesh = 'white'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_thickness

Formats: 'BrainVISA texture formats'
Rule selection key: ('left', 'white') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'
mesh = 'white'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_thickness

Formats: 'BrainVISA texture formats'
Rule selection key: ('left', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'
mesh = 'white'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lhemi_thickness

Formats: 'BrainVISA texture formats'
Rule selection key: ('left', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'
mesh = 'hemi'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_thickness

Formats: 'BrainVISA texture formats'
Rule selection key: ('right', 'white') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'
mesh = 'white'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_thickness

Formats: 'BrainVISA texture formats'
Rule selection key: ('right', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'
mesh = 'white'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rhemi_thickness

Formats: 'BrainVISA texture formats'
Rule selection key: ('right', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'
mesh = 'hemi'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lhemi_thickness

Formats: 'BrainVISA texture formats'
Rule selection key: ('left', 'hemi') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'
mesh = 'hemi'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lhemi_thickness

Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'hemi') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'
mesh = 'hemi'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rhemi_thickness

Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'hemi') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'
mesh = 'hemi'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rhemi_thickness

Formats: 'BrainVISA texture formats'
Rule selection key: ('right', 'hemi') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'
mesh = 'hemi'

Covariate table for SPM
Parent types:
CSV file
Text file
Any Type

Key: ['covariate_table']
covariates/spm_covariate/{covariate_table}_table

Formats: ['CSV file']
Rule selection key: () ()
Priority offset: 0

Curvature Map Primal Sketch
Parent types:
Primal Sketch
Data graph
Graph
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis', 'side']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

Rules selection key: ['side'] []

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_primal_curv

Formats: ['Graph and data']
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_primal_curv

Formats: ['Graph and data']
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_primal_curv

Formats: ['Graph and data']
Rule selection key: ('left',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_primal_curv

Formats: ['Graph and data']
Rule selection key: ('right',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

DARTEL Results Dir
Parent types:
Directory
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}

Formats: ['Directory']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}

Formats: ['Directory']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}

Formats: ['Directory']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}

Formats: ['Directory']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}

Formats: ['Directory']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}

Formats: ['Directory']
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}

Formats: ['Directory']
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}

Formats: ['Directory']
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

DARTEL Template Dir
Parent types:
Directory
Any Type

Key: ['Study', 'Template']
analyzes/DISCO_analyzes/DISCO_{Study}/DARTEL_{Template}

Formats: ['Directory']
Rule selection key: () ()
Priority offset: 0

DARTEL analysis directory
Parent types:
Directory
Any Type

Key: ['processing', 'template']
analyzes/DARTEL/{processing}/DARTEL_{template}

Formats: ['Directory']
Rule selection key: () ()
Priority offset: 0

DISCO Study Dir
Parent types:
Directory
Any Type

Key: ['Study']
analyzes/DISCO_analyzes/DISCO_{Study}

Formats: ['Directory']
Rule selection key: () ()
Priority offset: 0

DTI Model
Parent types:
Diffusion Model
Any Type

Key: ['center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition',)
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/diffusion/{acquisition}/{analysis}/dti_<subject>

Formats: ['Bucket']
Rule selection key: () ()
Priority offset: 0

Database Cache file
Parent types:
Any Type

Key: ['filename_variable']
*

Formats: ['Database Cache file', 'SQLite Database File']
Rule selection key: () ()
Priority offset: 0

Database description page
Parent types:
HTML file
Any Type

Key: []
database_fso

Formats: ['HTML']
Rule selection key: () ()
Priority offset: 0

Database settings
Parent types:
Text file
Any Type

Key: []
database_settings

Formats: ['Minf']
Rule selection key: () ()
Priority offset: 0

Deep Nuclei Graph
Parent types:
Graph
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/nuclei/<subject>_deep_nuclei

Formats: ['Graph and data']
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
graph_type = 'NucleusArg'

Depth Map Primal Sketch
Parent types:
Primal Sketch
Data graph
Graph
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis', 'side']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

Rules selection key: ['side'] []

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_primal_depth

Formats: ['Graph and data']
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_primal_depth

Formats: ['Graph and data']
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_primal_depth

Formats: ['Graph and data']
Rule selection key: ('left',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_primal_depth

Formats: ['Graph and data']
Rule selection key: ('right',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

Description
Parent types:
Any Type

Key: ['research_group', 'subject_age', 'reconstruction', 'center', 'subject', 'acquisition', 'tracer', 'description']

Non mandatory key attributes: ('research_group', 'subject_age', 'reconstruction')
Default attributes values:
center = 'subjects'

{center}/{subject}/spect/{acquisition}/{tracer}/SPECT_{description}

Formats: None
Rule selection key: () ()
Priority offset: 0
research_group = ''
subject_age = ''
reconstruction = ''
modality = 'NM'

Diffusion Anisotropy
Parent types:
Diffusion Scalar Map
3D Volume
4D Volume
Any Type

Key: ['center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition',)
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/diffusion/{acquisition}/{analysis}/alphamap_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0

Diffusion Density Map
Parent types:
4D Volume
Any Type

Key: ['center', 'subject', 'acquisition', 'analysis', 'tracking_session']

Non mandatory key attributes: ('acquisition',)
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'
tracking_session = 'default_tracking_session'

{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/density_<subject>_<tracking_session>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0

Diffusion Standard Deviation
Parent types:
Diffusion Scalar Map
3D Volume
4D Volume
Any Type

Key: ['center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition',)
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/diffusion/{acquisition}/{analysis}/stddev_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0

Diffusion Weighted T2
Parent types:
Diffusion Scalar Map
3D Volume
4D Volume
Any Type

Key: ['center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition',)
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/diffusion/{acquisition}/{analysis}/dwt2_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0

Divergence map
Parent types:
3D Volume
4D Volume
Any Type

Key: ['center', 'subject', 'acquisition_sequence', 'analysis', 'acquisition', 'processing']
Default attributes values:
center = 'subjects'
analysis = 'default_analysis'

Rules selection key: ['processing'] []

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/dv_<subject>_avg_<acquisition_sequence>_to_{acquisition}

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) ()
Priority offset: 0
processing = 'spm12Serial'
space = 'average'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/dv_<subject>_avg_<acquisition_sequence>_to_{acquisition}

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) ()
Priority offset: 0
processing = 'spm12Pairwise'
space = 'average'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/dv_<subject>_avg_<acquisition_sequence>_to_{acquisition}

Formats: 'BrainVISA volume formats'
Rule selection key: ('spm12Serial',) ()
Priority offset: 0
processing = 'spm12Serial'
space = 'average'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/dv_<subject>_avg_<acquisition_sequence>_to_{acquisition}

Formats: 'BrainVISA volume formats'
Rule selection key: ('spm12Pairwise',) ()
Priority offset: 0
processing = 'spm12Pairwise'
space = 'average'

Divergence rate
Parent types:
3D Volume
4D Volume
Any Type

Key: ['center', 'subject', 'acquisition_sequence', 'analysis', 'baseline', 'followup', 'processing']
Default attributes values:
center = 'subjects'
analysis = 'default_analysis'

Rules selection key: ['processing'] []

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/dv_<subject>_{baseline}_{followup}

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) ()
Priority offset: 0
processing = 'spm12Serial'
space = 'average'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/dv_<subject>_{baseline}_{followup}

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) ()
Priority offset: 0
processing = 'spm12Pairwise'
space = 'average'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/dv_<subject>_{baseline}_{followup}

Formats: 'BrainVISA volume formats'
Rule selection key: ('spm12Serial',) ()
Priority offset: 0
processing = 'spm12Serial'
space = 'average'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/dv_<subject>_{baseline}_{followup}

Formats: 'BrainVISA volume formats'
Rule selection key: ('spm12Pairwise',) ()
Priority offset: 0
processing = 'spm12Pairwise'
space = 'average'

Error mask
Parent types:
ROI
Any Type

Key: ['center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition',)
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/diffusion/{acquisition}/{analysis}/dti_error_mask_<subject>

Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: () ()
Priority offset: 0

Estimate T1 MRI raw volumes
Parent types:
Text file
Any Type

Key: ['center', 'subject', 'acquisition', 'analysis', 'template', 'processing']
Default attributes values:
center = 'subjects'

Rules selection key: ['processing'] []

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_estimate_raw_volumes

Formats: None
Rule selection key: ('',) ()
Priority offset: 0
processing = 'spm12Segment'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_estimate_raw_volumes

Formats: None
Rule selection key: ('',) ()
Priority offset: 0
processing = 'spm8VBMSegmentation'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_estimate_raw_volumes

Formats: None
Rule selection key: ('',) ()
Priority offset: 0
processing = 'spm8NewSegment'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_estimate_raw_volumes

Formats: None
Rule selection key: ('spm12Segment',) ()
Priority offset: 0
processing = 'spm12Segment'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_estimate_raw_volumes

Formats: None
Rule selection key: ('spm8VBMSegmentation',) ()
Priority offset: 0
processing = 'spm8VBMSegmentation'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_estimate_raw_volumes

Formats: None
Rule selection key: ('spm8NewSegment',) ()
Priority offset: 0
processing = 'spm8NewSegment'

Extended AC/PC DW Diffusion MR
Parent types:
Corrected DW Diffusion MR
DW Diffusion MR
4D Volume
Any Type

Key: ['center', 'subject', 'acquisition']

Non mandatory key attributes: ('acquisition',)
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

{center}/{subject}/diffusion/{acquisition}/eacpc_diffusion_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0

Extended AC/PC T2 Diffusion MR
Parent types:
T2 Diffusion MR
3D Volume
4D Volume
Any Type

Key: ['center', 'subject', 'acquisition']

Non mandatory key attributes: ('acquisition',)
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

{center}/{subject}/diffusion/{acquisition}/eacpc_t2diff_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0

Extended AC/PC T2 Diffusion MR referential
Parent types:
Referential
Text file
Any Type

Key: ['center', 'subject', 'acquisition']

Non mandatory key attributes: ('acquisition',)
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

{center}/{subject}/diffusion/{acquisition}/registration/eacpc_t2diff_<subject>

Formats: ['Referential']
Rule selection key: () ()
Priority offset: 0

FFD Field defData DARTEL
Parent types:
FFD Displacement Field
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/<subject>_<acquisition>_<analysis>_displ_field_DARTEL_{Template}

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/<subject>_<acquisition>_<analysis>_displ_field_DARTEL_{Template}

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/<subject>_<acquisition>_<analysis>_displ_field_DARTEL_{Template}

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/<subject>_<acquisition>_<analysis>_displ_field_DARTEL_{Template}

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/<subject>_<acquisition>_<analysis>_displ_field_DARTEL_{Template}

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/<subject>_<acquisition>_<analysis>_displ_field_DARTEL_{Template}

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/<subject>_<acquisition>_<analysis>_displ_field_DARTEL_{Template}

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/<subject>_<acquisition>_<analysis>_displ_field_DARTEL_{Template}

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

FFD Field defData DARTEL A Native TO B
Parent types:
FFD Displacement Field
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'origin_subject', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/displ_field_DARTEL_{Template}_from_{origin_subject}_native_TO_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/displ_field_DARTEL_{Template}_from_{origin_subject}_native_TO_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/displ_field_DARTEL_{Template}_from_{origin_subject}_native_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/displ_field_DARTEL_{Template}_from_{origin_subject}_native_TO_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/displ_field_DARTEL_{Template}_from_{origin_subject}_native_TO_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/displ_field_DARTEL_{Template}_from_{origin_subject}_native_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/displ_field_DARTEL_{Template}_from_{origin_subject}_native_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/displ_field_DARTEL_{Template}_from_{origin_subject}_native_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

FFD Field defData DARTEL A Native TO B Native
Parent types:
FFD Displacement Field
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'origin_subject', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/displ_field_DARTEL_{Template}_from_{origin_subject}_native_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/displ_field_DARTEL_{Template}_from_{origin_subject}_native_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/displ_field_DARTEL_{Template}_from_{origin_subject}_native_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/displ_field_DARTEL_{Template}_from_{origin_subject}_native_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/displ_field_DARTEL_{Template}_from_{origin_subject}_native_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/displ_field_DARTEL_{Template}_from_{origin_subject}_native_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/displ_field_DARTEL_{Template}_from_{origin_subject}_native_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/displ_field_DARTEL_{Template}_from_{origin_subject}_native_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

FFD Field defData DARTEL A TO B
Parent types:
FFD Displacement Field
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'origin_subject', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/displ_field_DARTEL_{Template}_from_{origin_subject}_TO_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/displ_field_DARTEL_{Template}_from_{origin_subject}_TO_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/displ_field_DARTEL_{Template}_from_{origin_subject}_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/displ_field_DARTEL_{Template}_from_{origin_subject}_TO_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/displ_field_DARTEL_{Template}_from_{origin_subject}_TO_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/displ_field_DARTEL_{Template}_from_{origin_subject}_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/displ_field_DARTEL_{Template}_from_{origin_subject}_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/displ_field_DARTEL_{Template}_from_{origin_subject}_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

FFD Field defData DARTEL A TO B Native
Parent types:
FFD Displacement Field
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'origin_subject', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/displ_field_DARTEL_{Template}_from_{origin_subject}_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/displ_field_DARTEL_{Template}_from_{origin_subject}_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/displ_field_DARTEL_{Template}_from_{origin_subject}_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/displ_field_DARTEL_{Template}_from_{origin_subject}_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/displ_field_DARTEL_{Template}_from_{origin_subject}_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/displ_field_DARTEL_{Template}_from_{origin_subject}_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/displ_field_DARTEL_{Template}_from_{origin_subject}_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/displ_field_DARTEL_{Template}_from_{origin_subject}_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

FFD Field defData DARTEL Native
Parent types:
FFD Displacement Field
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/<subject>_native_<acquisition>_<analysis>_displ_field_DARTEL_{Template}

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/<subject>_native_<acquisition>_<analysis>_displ_field_DARTEL_{Template}

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/<subject>_native_<acquisition>_<analysis>_displ_field_DARTEL_{Template}

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/<subject>_native_<acquisition>_<analysis>_displ_field_DARTEL_{Template}

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/<subject>_native_<acquisition>_<analysis>_displ_field_DARTEL_{Template}

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/<subject>_native_<acquisition>_<analysis>_displ_field_DARTEL_{Template}

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/<subject>_native_<acquisition>_<analysis>_displ_field_DARTEL_{Template}

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/<subject>_native_<acquisition>_<analysis>_displ_field_DARTEL_{Template}

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

FFD Field defData DISCO
Parent types:
FFD Displacement Field
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_displ_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_displ_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_displ_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_displ_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_displ_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_displ_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_displ_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_displ_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

FFD Field defData DISCO A Native TO B
Parent types:
FFD Displacement Field
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/displ_field_DISCO_from_{origin_subject}_native_TO_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/displ_field_DISCO_from_{origin_subject}_native_TO_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/displ_field_DISCO_from_{origin_subject}_native_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/displ_field_DISCO_from_{origin_subject}_native_TO_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/displ_field_DISCO_from_{origin_subject}_native_TO_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/displ_field_DISCO_from_{origin_subject}_native_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/displ_field_DISCO_from_{origin_subject}_native_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/displ_field_DISCO_from_{origin_subject}_native_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

FFD Field defData DISCO A Native TO B Native
Parent types:
FFD Displacement Field
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/displ_field_DISCO_from_{origin_subject}_native_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/displ_field_DISCO_from_{origin_subject}_native_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/displ_field_DISCO_from_{origin_subject}_native_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/displ_field_DISCO_from_{origin_subject}_native_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/displ_field_DISCO_from_{origin_subject}_native_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/displ_field_DISCO_from_{origin_subject}_native_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/displ_field_DISCO_from_{origin_subject}_native_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/displ_field_DISCO_from_{origin_subject}_native_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

FFD Field defData DISCO A TO B
Parent types:
FFD Displacement Field
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/displ_field_DISCO_from_{origin_subject}_TO_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/displ_field_DISCO_from_{origin_subject}_TO_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/displ_field_DISCO_from_{origin_subject}_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/displ_field_DISCO_from_{origin_subject}_TO_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/displ_field_DISCO_from_{origin_subject}_TO_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/displ_field_DISCO_from_{origin_subject}_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/displ_field_DISCO_from_{origin_subject}_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/displ_field_DISCO_from_{origin_subject}_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

FFD Field defData DISCO A TO B Native
Parent types:
FFD Displacement Field
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/displ_field_DISCO_from_{origin_subject}_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/displ_field_DISCO_from_{origin_subject}_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/displ_field_DISCO_from_{origin_subject}_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/displ_field_DISCO_from_{origin_subject}_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/displ_field_DISCO_from_{origin_subject}_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/displ_field_DISCO_from_{origin_subject}_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/displ_field_DISCO_from_{origin_subject}_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/displ_field_DISCO_from_{origin_subject}_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

FFD Field defData DISCO DARTEL
Parent types:
FFD Displacement Field
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/<subject>_<acquisition>_<analysis>_displ_field_DISCO_DARTEL_{Template}

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/<subject>_<acquisition>_<analysis>_displ_field_DISCO_DARTEL_{Template}

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/<subject>_<acquisition>_<analysis>_displ_field_DISCO_DARTEL_{Template}

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/<subject>_<acquisition>_<analysis>_displ_field_DISCO_DARTEL_{Template}

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/<subject>_<acquisition>_<analysis>_displ_field_DISCO_DARTEL_{Template}

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/<subject>_<acquisition>_<analysis>_displ_field_DISCO_DARTEL_{Template}

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/<subject>_<acquisition>_<analysis>_displ_field_DISCO_DARTEL_{Template}

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/<subject>_<acquisition>_<analysis>_displ_field_DISCO_DARTEL_{Template}

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

FFD Field defData DISCO DARTEL A Native TO B
Parent types:
FFD Displacement Field
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'origin_subject', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/displ_field_DISCO_DARTEL_{Template}_from_{origin_subject}_native_TO_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/displ_field_DISCO_DARTEL_{Template}_from_{origin_subject}_native_TO_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/displ_field_DISCO_DARTEL_{Template}_from_{origin_subject}_native_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/displ_field_DISCO_DARTEL_{Template}_from_{origin_subject}_native_TO_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/displ_field_DISCO_DARTEL_{Template}_from_{origin_subject}_native_TO_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/displ_field_DISCO_DARTEL_{Template}_from_{origin_subject}_native_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/displ_field_DISCO_DARTEL_{Template}_from_{origin_subject}_native_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/displ_field_DISCO_DARTEL_{Template}_from_{origin_subject}_native_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

FFD Field defData DISCO DARTEL A Native TO B Native
Parent types:
FFD Displacement Field
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'origin_subject', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/displ_field_DISCO_DARTEL_{Template}_from_{origin_subject}_native_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/displ_field_DISCO_DARTEL_{Template}_from_{origin_subject}_native_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/displ_field_DISCO_DARTEL_{Template}_from_{origin_subject}_native_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/displ_field_DISCO_DARTEL_{Template}_from_{origin_subject}_native_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/displ_field_DISCO_DARTEL_{Template}_from_{origin_subject}_native_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/displ_field_DISCO_DARTEL_{Template}_from_{origin_subject}_native_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/displ_field_DISCO_DARTEL_{Template}_from_{origin_subject}_native_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/displ_field_DISCO_DARTEL_{Template}_from_{origin_subject}_native_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

FFD Field defData DISCO DARTEL A TO B
Parent types:
FFD Displacement Field
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'origin_subject', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/displ_field_DISCO_DARTEL_{Template}_from_{origin_subject}_TO_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/displ_field_DISCO_DARTEL_{Template}_from_{origin_subject}_TO_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/displ_field_DISCO_DARTEL_{Template}_from_{origin_subject}_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/displ_field_DISCO_DARTEL_{Template}_from_{origin_subject}_TO_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/displ_field_DISCO_DARTEL_{Template}_from_{origin_subject}_TO_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/displ_field_DISCO_DARTEL_{Template}_from_{origin_subject}_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/displ_field_DISCO_DARTEL_{Template}_from_{origin_subject}_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/displ_field_DISCO_DARTEL_{Template}_from_{origin_subject}_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

FFD Field defData DISCO DARTEL A TO B Native
Parent types:
FFD Displacement Field
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'origin_subject', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/displ_field_DISCO_DARTEL_{Template}_from_{origin_subject}_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/displ_field_DISCO_DARTEL_{Template}_from_{origin_subject}_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/displ_field_DISCO_DARTEL_{Template}_from_{origin_subject}_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/displ_field_DISCO_DARTEL_{Template}_from_{origin_subject}_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/displ_field_DISCO_DARTEL_{Template}_from_{origin_subject}_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/displ_field_DISCO_DARTEL_{Template}_from_{origin_subject}_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/displ_field_DISCO_DARTEL_{Template}_from_{origin_subject}_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/displ_field_DISCO_DARTEL_{Template}_from_{origin_subject}_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

FFD Field defData DISCO DARTEL Native
Parent types:
FFD Displacement Field
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/<subject>_native_<acquisition>_<analysis>_displ_field_DISCO_DARTEL_{Template}

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/<subject>_native_<acquisition>_<analysis>_displ_field_DISCO_DARTEL_{Template}

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/<subject>_native_<acquisition>_<analysis>_displ_field_DISCO_DARTEL_{Template}

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/<subject>_native_<acquisition>_<analysis>_displ_field_DISCO_DARTEL_{Template}

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/<subject>_native_<acquisition>_<analysis>_displ_field_DISCO_DARTEL_{Template}

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/<subject>_native_<acquisition>_<analysis>_displ_field_DISCO_DARTEL_{Template}

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/<subject>_native_<acquisition>_<analysis>_displ_field_DISCO_DARTEL_{Template}

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/<subject>_native_<acquisition>_<analysis>_displ_field_DISCO_DARTEL_{Template}

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

FFD Field defData Inversed DARTEL
Parent types:
FFD Displacement Field
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/<subject>_<acquisition>_<analysis>_inv_displ_field_DARTEL_{Template}

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/<subject>_<acquisition>_<analysis>_inv_displ_field_DARTEL_{Template}

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/<subject>_<acquisition>_<analysis>_inv_displ_field_DARTEL_{Template}

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/<subject>_<acquisition>_<analysis>_inv_displ_field_DARTEL_{Template}

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/<subject>_<acquisition>_<analysis>_inv_displ_field_DARTEL_{Template}

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/<subject>_<acquisition>_<analysis>_inv_displ_field_DARTEL_{Template}

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/<subject>_<acquisition>_<analysis>_inv_displ_field_DARTEL_{Template}

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/<subject>_<acquisition>_<analysis>_inv_displ_field_DARTEL_{Template}

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

FFD Field defData Inversed DARTEL A Native TO B
Parent types:
FFD Displacement Field
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'origin_subject', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/inv_displ_field_DARTEL_{Template}_from_{origin_subject}_native_TO_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/inv_displ_field_DARTEL_{Template}_from_{origin_subject}_native_TO_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/inv_displ_field_DARTEL_{Template}_from_{origin_subject}_native_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/inv_displ_field_DARTEL_{Template}_from_{origin_subject}_native_TO_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/inv_displ_field_DARTEL_{Template}_from_{origin_subject}_native_TO_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/inv_displ_field_DARTEL_{Template}_from_{origin_subject}_native_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/inv_displ_field_DARTEL_{Template}_from_{origin_subject}_native_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/inv_displ_field_DARTEL_{Template}_from_{origin_subject}_native_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

FFD Field defData Inversed DARTEL A Native TO B Native
Parent types:
FFD Displacement Field
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'origin_subject', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/inv_displ_field_DARTEL_{Template}_from_{origin_subject}_native_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/inv_displ_field_DARTEL_{Template}_from_{origin_subject}_native_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/inv_displ_field_DARTEL_{Template}_from_{origin_subject}_native_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/inv_displ_field_DARTEL_{Template}_from_{origin_subject}_native_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/inv_displ_field_DARTEL_{Template}_from_{origin_subject}_native_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/inv_displ_field_DARTEL_{Template}_from_{origin_subject}_native_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/inv_displ_field_DARTEL_{Template}_from_{origin_subject}_native_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/inv_displ_field_DARTEL_{Template}_from_{origin_subject}_native_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

FFD Field defData Inversed DARTEL A TO B
Parent types:
FFD Displacement Field
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'origin_subject', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/inv_displ_field_DARTEL_{Template}_from_{origin_subject}_TO_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/inv_displ_field_DARTEL_{Template}_from_{origin_subject}_TO_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/inv_displ_field_DARTEL_{Template}_from_{origin_subject}_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/inv_displ_field_DARTEL_{Template}_from_{origin_subject}_TO_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/inv_displ_field_DARTEL_{Template}_from_{origin_subject}_TO_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/inv_displ_field_DARTEL_{Template}_from_{origin_subject}_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/inv_displ_field_DARTEL_{Template}_from_{origin_subject}_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/inv_displ_field_DARTEL_{Template}_from_{origin_subject}_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

FFD Field defData Inversed DARTEL A TO B Native
Parent types:
FFD Displacement Field
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'origin_subject', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/inv_displ_field_DARTEL_{Template}_from_{origin_subject}_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/inv_displ_field_DARTEL_{Template}_from_{origin_subject}_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/inv_displ_field_DARTEL_{Template}_from_{origin_subject}_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/inv_displ_field_DARTEL_{Template}_from_{origin_subject}_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/inv_displ_field_DARTEL_{Template}_from_{origin_subject}_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/inv_displ_field_DARTEL_{Template}_from_{origin_subject}_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/inv_displ_field_DARTEL_{Template}_from_{origin_subject}_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/inv_displ_field_DARTEL_{Template}_from_{origin_subject}_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

FFD Field defData Inversed DARTEL Native
Parent types:
FFD Displacement Field
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/<subject>_native_<acquisition>_<analysis>_inv_displ_field_DARTEL_{Template}

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/<subject>_native_<acquisition>_<analysis>_inv_displ_field_DARTEL_{Template}

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/<subject>_native_<acquisition>_<analysis>_inv_displ_field_DARTEL_{Template}

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/<subject>_native_<acquisition>_<analysis>_inv_displ_field_DARTEL_{Template}

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/<subject>_native_<acquisition>_<analysis>_inv_displ_field_DARTEL_{Template}

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/<subject>_native_<acquisition>_<analysis>_inv_displ_field_DARTEL_{Template}

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/<subject>_native_<acquisition>_<analysis>_inv_displ_field_DARTEL_{Template}

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/<subject>_native_<acquisition>_<analysis>_inv_displ_field_DARTEL_{Template}

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

FFD Field defData Inversed DISCO
Parent types:
FFD Displacement Field
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_inv_displ_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_inv_displ_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_inv_displ_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_inv_displ_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_inv_displ_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_inv_displ_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_inv_displ_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_inv_displ_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

FFD Field defData Inversed DISCO A Native TO B
Parent types:
FFD Displacement Field
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/inv_displ_field_DISCO_from_{origin_subject}_native_TO_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/inv_displ_field_DISCO_from_{origin_subject}_native_TO_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/inv_displ_field_DISCO_from_{origin_subject}_native_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/inv_displ_field_DISCO_from_{origin_subject}_native_TO_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/inv_displ_field_DISCO_from_{origin_subject}_native_TO_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/inv_displ_field_DISCO_from_{origin_subject}_native_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/inv_displ_field_DISCO_from_{origin_subject}_native_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/inv_displ_field_DISCO_from_{origin_subject}_native_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

FFD Field defData Inversed DISCO A Native TO B Native
Parent types:
FFD Displacement Field
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/inv_displ_field_DISCO_from_{origin_subject}_native_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/inv_displ_field_DISCO_from_{origin_subject}_native_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/inv_displ_field_DISCO_from_{origin_subject}_native_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/inv_displ_field_DISCO_from_{origin_subject}_native_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/inv_displ_field_DISCO_from_{origin_subject}_native_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/inv_displ_field_DISCO_from_{origin_subject}_native_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/inv_displ_field_DISCO_from_{origin_subject}_native_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/inv_displ_field_DISCO_from_{origin_subject}_native_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

FFD Field defData Inversed DISCO A TO B
Parent types:
FFD Displacement Field
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/inv_displ_field_DISCO_from_{origin_subject}_TO_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/inv_displ_field_DISCO_from_{origin_subject}_TO_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/inv_displ_field_DISCO_from_{origin_subject}_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/inv_displ_field_DISCO_from_{origin_subject}_TO_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/inv_displ_field_DISCO_from_{origin_subject}_TO_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/inv_displ_field_DISCO_from_{origin_subject}_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/inv_displ_field_DISCO_from_{origin_subject}_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/inv_displ_field_DISCO_from_{origin_subject}_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

FFD Field defData Inversed DISCO A TO B Native
Parent types:
FFD Displacement Field
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/inv_displ_field_DISCO_from_{origin_subject}_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/inv_displ_field_DISCO_from_{origin_subject}_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/inv_displ_field_DISCO_from_{origin_subject}_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/inv_displ_field_DISCO_from_{origin_subject}_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/inv_displ_field_DISCO_from_{origin_subject}_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/inv_displ_field_DISCO_from_{origin_subject}_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/inv_displ_field_DISCO_from_{origin_subject}_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/inv_displ_field_DISCO_from_{origin_subject}_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

FFD Field defData Inversed DISCO DARTEL
Parent types:
FFD Displacement Field
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/<subject>_<acquisition>_<analysis>_inv_displ_field_DISCO_DARTEL_{Template}

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/<subject>_<acquisition>_<analysis>_inv_displ_field_DISCO_DARTEL_{Template}

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/<subject>_<acquisition>_<analysis>_inv_displ_field_DISCO_DARTEL_{Template}

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/<subject>_<acquisition>_<analysis>_inv_displ_field_DISCO_DARTEL_{Template}

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/<subject>_<acquisition>_<analysis>_inv_displ_field_DISCO_DARTEL_{Template}

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/<subject>_<acquisition>_<analysis>_inv_displ_field_DISCO_DARTEL_{Template}

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/<subject>_<acquisition>_<analysis>_inv_displ_field_DISCO_DARTEL_{Template}

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/<subject>_<acquisition>_<analysis>_inv_displ_field_DISCO_DARTEL_{Template}

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

FFD Field defData Inversed DISCO DARTEL A Native TO B
Parent types:
FFD Displacement Field
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'origin_subject', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/inv_displ_field_DISCO_DARTEL_{Template}_from_{origin_subject}_native_TO_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/inv_displ_field_DISCO_DARTEL_{Template}_from_{origin_subject}_native_TO_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/inv_displ_field_DISCO_DARTEL_{Template}_from_{origin_subject}_native_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/inv_displ_field_DISCO_DARTEL_{Template}_from_{origin_subject}_native_TO_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/inv_displ_field_DISCO_DARTEL_{Template}_from_{origin_subject}_native_TO_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/inv_displ_field_DISCO_DARTEL_{Template}_from_{origin_subject}_native_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/inv_displ_field_DISCO_DARTEL_{Template}_from_{origin_subject}_native_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/inv_displ_field_DISCO_DARTEL_{Template}_from_{origin_subject}_native_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

FFD Field defData Inversed DISCO DARTEL A Native TO B Native
Parent types:
FFD Displacement Field
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'origin_subject', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/inv_displ_field_DISCO_DARTEL_{Template}_from_{origin_subject}_native_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/inv_displ_field_DISCO_DARTEL_{Template}_from_{origin_subject}_native_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/inv_displ_field_DISCO_DARTEL_{Template}_from_{origin_subject}_native_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/inv_displ_field_DISCO_DARTEL_{Template}_from_{origin_subject}_native_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/inv_displ_field_DISCO_DARTEL_{Template}_from_{origin_subject}_native_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/inv_displ_field_DISCO_DARTEL_{Template}_from_{origin_subject}_native_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/inv_displ_field_DISCO_DARTEL_{Template}_from_{origin_subject}_native_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/inv_displ_field_DISCO_DARTEL_{Template}_from_{origin_subject}_native_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

FFD Field defData Inversed DISCO DARTEL A TO B
Parent types:
FFD Displacement Field
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'origin_subject', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/inv_displ_field_DISCO_DARTEL_{Template}_from_{origin_subject}_TO_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/inv_displ_field_DISCO_DARTEL_{Template}_from_{origin_subject}_TO_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/inv_displ_field_DISCO_DARTEL_{Template}_from_{origin_subject}_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/inv_displ_field_DISCO_DARTEL_{Template}_from_{origin_subject}_TO_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/inv_displ_field_DISCO_DARTEL_{Template}_from_{origin_subject}_TO_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/inv_displ_field_DISCO_DARTEL_{Template}_from_{origin_subject}_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/inv_displ_field_DISCO_DARTEL_{Template}_from_{origin_subject}_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/inv_displ_field_DISCO_DARTEL_{Template}_from_{origin_subject}_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

FFD Field defData Inversed DISCO DARTEL A TO B Native
Parent types:
FFD Displacement Field
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'origin_subject', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/inv_displ_field_DISCO_DARTEL_{Template}_from_{origin_subject}_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/inv_displ_field_DISCO_DARTEL_{Template}_from_{origin_subject}_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/inv_displ_field_DISCO_DARTEL_{Template}_from_{origin_subject}_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/inv_displ_field_DISCO_DARTEL_{Template}_from_{origin_subject}_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/inv_displ_field_DISCO_DARTEL_{Template}_from_{origin_subject}_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/inv_displ_field_DISCO_DARTEL_{Template}_from_{origin_subject}_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/inv_displ_field_DISCO_DARTEL_{Template}_from_{origin_subject}_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/inv_displ_field_DISCO_DARTEL_{Template}_from_{origin_subject}_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

FFD Field defData Inversed DISCO DARTEL Native
Parent types:
FFD Displacement Field
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/<subject>_native_<acquisition>_<analysis>_inv_displ_field_DISCO_DARTEL_{Template}

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/<subject>_native_<acquisition>_<analysis>_inv_displ_field_DISCO_DARTEL_{Template}

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/<subject>_native_<acquisition>_<analysis>_inv_displ_field_DISCO_DARTEL_{Template}

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/<subject>_native_<acquisition>_<analysis>_inv_displ_field_DISCO_DARTEL_{Template}

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/final_displacement_field/<subject>_native_<acquisition>_<analysis>_inv_displ_field_DISCO_DARTEL_{Template}

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/<subject>_native_<acquisition>_<analysis>_inv_displ_field_DISCO_DARTEL_{Template}

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/<subject>_native_<acquisition>_<analysis>_inv_displ_field_DISCO_DARTEL_{Template}

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/final_displacement_field/<subject>_native_<acquisition>_<analysis>_inv_displ_field_DISCO_DARTEL_{Template}

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

FLAIR MRI mid-point average
Parent types:
3D Volume
4D Volume
Any Type

Key: ['center', 'subject', 'acquisition_sequence', 'analysis', 'processing']
Default attributes values:
center = 'subjects'
analysis = 'default_analysis'

Rules selection key: ['processing'] []

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_avg_<acquisition_sequence>_flairmri

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) ()
Priority offset: 0
processing = 'spm12Serial'
space = 'average'
modality = 'flairmri'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_avg_<acquisition_sequence>_flairmri

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) ()
Priority offset: 0
processing = 'spm12Pairwise'
space = 'average'
modality = 'flairmri'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_avg_<acquisition_sequence>_flairmri

Formats: 'BrainVISA volume formats'
Rule selection key: ('spm12Serial',) ()
Priority offset: 0
processing = 'spm12Serial'
space = 'average'
modality = 'flairmri'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_avg_<acquisition_sequence>_flairmri

Formats: 'BrainVISA volume formats'
Rule selection key: ('spm12Pairwise',) ()
Priority offset: 0
processing = 'spm12Pairwise'
space = 'average'
modality = 'flairmri'

FSL transformation
Parent types:
Transformation matrix
Transformation
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

{center}/{subject}/t1mri/{acquisition}/<subject>_fsl

Formats: ['Matlab file']
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'

FWHM informations
Parent types:
CSV file
Text file
Any Type

Key: ['study', 'reconstruction']
FWHM_informations/{study}_{reconstruction}

Formats: ['CSV file']
Rule selection key: () ()
Priority offset: 0

Fascicles bundles
Parent types:
Bundles
Any Type

Key: ['center', 'subject', 'acquisition', 'analysis', 'tracking_session', 'transformed', 'filename_variable']

Non mandatory key attributes: ('acquisition',)
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'
tracking_session = 'default_tracking_session'

Rules selection key: ['transformed'] ['filename_variable']

{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/bundles_transformed_<subject>_<tracking_session>

Formats: 'Aims readable bundles formats'
Rule selection key: ('',) (True,)
Priority offset: -1
filename_variable = ''
transformed = 'yes'

{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/bundles_<subject>_<tracking_session>

Formats: 'Aims readable bundles formats'
Rule selection key: ('',) (True,)
Priority offset: 0
filename_variable = ''
transformed = 'no'

{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/bundles_<subject>_<tracking_session>

Formats: 'Aims readable bundles formats'
Rule selection key: ('no',) (True,)
Priority offset: 0
filename_variable = ''
transformed = 'no'

{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/bundles_<subject>_<tracking_session>_*

Formats: 'Aims readable bundles formats'
Rule selection key: ('',) (False,)
Priority offset: -1
transformed = 'no'

{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/bundles_<subject>_<tracking_session>_*

Formats: 'Aims readable bundles formats'
Rule selection key: ('no',) (False,)
Priority offset: -1
transformed = 'no'

{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/bundles_transformed_<subject>_<tracking_session>

Formats: 'Aims readable bundles formats'
Rule selection key: ('yes',) (True,)
Priority offset: -1
filename_variable = ''
transformed = 'yes'

Filtered Fascicles Bundles
Parent types:
Fascicles bundles
Bundles
Any Type

Key: ['center', 'subject', 'acquisition', 'analysis', 'tracking_session', 'method', 'studyname', 'gyrus', 'smallerlength', 'greaterlength', 'ends_labelled', 'oversampled']

Non mandatory key attributes: ('acquisition',)
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'
tracking_session = 'default_tracking_session'

Rules selection key: ['ends_labelled', 'oversampled'] []

{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/connectivity_parcellation/{method}/{studyname}/{gyrus}/filteredTracts/<subject>_<studyname>_<gyrus>_oversampled_semilabelled_fibers_{smallerlength}to{greaterlength}mm

Formats: 'Aims readable bundles formats'
Rule selection key: ('one', '') ()
Priority offset: 0
ends_labelled = 'one'
oversampled = 'yes'

{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/connectivity_parcellation/{method}/{studyname}/{gyrus}/filteredTracts/<subject>_<studyname>_<gyrus>_semilabelled_fibers_{smallerlength}to{greaterlength}mm

Formats: 'Aims readable bundles formats'
Rule selection key: ('one', '') ()
Priority offset: 0
ends_labelled = 'one'
oversampled = 'no'

{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/connectivity_parcellation/{method}/{studyname}/{gyrus}/filteredTracts/<subject>_<studyname>_<gyrus>_oversampled_semilabelled_fibers_{smallerlength}to{greaterlength}mm

Formats: 'Aims readable bundles formats'
Rule selection key: ('', '') ()
Priority offset: 0
ends_labelled = 'one'
oversampled = 'yes'

{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/connectivity_parcellation/{method}/{studyname}/{gyrus}/filteredTracts/<subject>_<studyname>_<gyrus>_labelled_fibers_{smallerlength}to{greaterlength}mm

Formats: 'Aims readable bundles formats'
Rule selection key: ('', '') ()
Priority offset: 0
ends_labelled = 'both'
oversampled = 'no'

{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/connectivity_parcellation/{method}/{studyname}/{gyrus}/filteredTracts/<subject>_<studyname>_<gyrus>_semilabelled_fibers_{smallerlength}to{greaterlength}mm

Formats: 'Aims readable bundles formats'
Rule selection key: ('', '') ()
Priority offset: 0
ends_labelled = 'one'
oversampled = 'no'

{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/connectivity_parcellation/{method}/{studyname}/{gyrus}/filteredTracts/<subject>_<studyname>_<gyrus>_oversampled_semilabelled_fibers_{smallerlength}to{greaterlength}mm

Formats: 'Aims readable bundles formats'
Rule selection key: ('', 'yes') ()
Priority offset: 0
ends_labelled = 'one'
oversampled = 'yes'

{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/connectivity_parcellation/{method}/{studyname}/{gyrus}/filteredTracts/<subject>_<studyname>_<gyrus>_oversampled_semilabelled_fibers_{smallerlength}to{greaterlength}mm

Formats: 'Aims readable bundles formats'
Rule selection key: ('one', 'yes') ()
Priority offset: 0
ends_labelled = 'one'
oversampled = 'yes'

{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/connectivity_parcellation/{method}/{studyname}/{gyrus}/filteredTracts/<subject>_<studyname>_<gyrus>_labelled_fibers_{smallerlength}to{greaterlength}mm

Formats: 'Aims readable bundles formats'
Rule selection key: ('', 'no') ()
Priority offset: 0
ends_labelled = 'both'
oversampled = 'no'

{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/connectivity_parcellation/{method}/{studyname}/{gyrus}/filteredTracts/<subject>_<studyname>_<gyrus>_semilabelled_fibers_{smallerlength}to{greaterlength}mm

Formats: 'Aims readable bundles formats'
Rule selection key: ('', 'no') ()
Priority offset: 0
ends_labelled = 'one'
oversampled = 'no'

{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/connectivity_parcellation/{method}/{studyname}/{gyrus}/filteredTracts/<subject>_<studyname>_<gyrus>_labelled_fibers_{smallerlength}to{greaterlength}mm

Formats: 'Aims readable bundles formats'
Rule selection key: ('both', 'no') ()
Priority offset: 0
ends_labelled = 'both'
oversampled = 'no'

{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/connectivity_parcellation/{method}/{studyname}/{gyrus}/filteredTracts/<subject>_<studyname>_<gyrus>_labelled_fibers_{smallerlength}to{greaterlength}mm

Formats: 'Aims readable bundles formats'
Rule selection key: ('both', '') ()
Priority offset: 0
ends_labelled = 'both'
oversampled = 'no'

{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/connectivity_parcellation/{method}/{studyname}/{gyrus}/filteredTracts/<subject>_<studyname>_<gyrus>_semilabelled_fibers_{smallerlength}to{greaterlength}mm

Formats: 'Aims readable bundles formats'
Rule selection key: ('one', 'no') ()
Priority offset: 0
ends_labelled = 'one'
oversampled = 'no'

Fine Hemisphere White Mesh
Parent types:
Hemisphere White Mesh
White Mesh
Mesh
Any Type

Key: ['time_point', 'acquisition_date', 'contrast', 'mapped', 'time_duration', 'rescan', 'center', 'subject', 'acquisition', 'analysis', 'side']

Non mandatory key attributes: ('acquisition_date', 'mapped', 'time_duration', 'time_point', 'rescan', 'acquisition', 'analysis', 'contrast')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

Rules selection key: ['side'] []

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/left/white_fine_<side>_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('',) ()
Priority offset: 0
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'
side = 'left'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/right/white_fine_<side>_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('',) ()
Priority offset: 0
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'
side = 'right'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/left/white_fine_<side>_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left',) ()
Priority offset: 0
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'
side = 'left'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/right/white_fine_<side>_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right',) ()
Priority offset: 0
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'
side = 'right'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'

Flow Field DARTEL
Parent types:
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/u_rc1_Grey_<subject>_<acquisition>_<analysis>_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/u_rc1_Grey_<subject>_<acquisition>_<analysis>_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/u_rc1_Grey_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/u_rc1_Grey_<subject>_<acquisition>_<analysis>_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/u_rc1_Grey_<subject>_<acquisition>_<analysis>_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/u_rc1_Grey_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/u_rc1_Grey_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/u_rc1_Grey_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

Flow Field DISCO DARTEL
Parent types:
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/u_rc1_Grey_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/u_rc1_Grey_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/u_rc1_Grey_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/u_rc1_Grey_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/flow_field/u_rc1_Grey_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/u_rc1_Grey_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/u_rc1_Grey_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/flow_field/u_rc1_Grey_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

Fractional Anisotropy
Parent types:
Diffusion Scalar Map
3D Volume
4D Volume
Any Type

Key: ['center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition',)
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/diffusion/{acquisition}/{analysis}/fa_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0

Functional Texture
Parent types:
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis', 'volume', 'side']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'
contrast = 'con'
volume = 'vol'

Rules selection key: ['side'] []

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/functional/<subject>_{volume}_Lwhite_proj

Formats: 'BrainVISA texture formats'
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/functional/<subject>_{volume}_Rwhite_proj

Formats: 'BrainVISA texture formats'
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/functional/<subject>_{volume}_Lwhite_proj

Formats: 'BrainVISA texture formats'
Rule selection key: ('left',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/functional/<subject>_{volume}_Rwhite_proj

Formats: 'BrainVISA texture formats'
Rule selection key: ('right',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

Functional Time Texture
Parent types:
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis', 'volume', 'side']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'
contrast = 'con'
volume = 'vol'

Rules selection key: ['side'] []

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/functional/<subject>_{volume}_Lwhite

Formats: 'BrainVISA texture formats'
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/functional/<subject>_{volume}_Rwhite

Formats: 'BrainVISA texture formats'
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/functional/<subject>_{volume}_Lwhite

Formats: 'BrainVISA texture formats'
Rule selection key: ('left',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/functional/<subject>_{volume}_Rwhite

Formats: 'BrainVISA texture formats'
Rule selection key: ('right',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

Functional mask
Parent types:
3D Volume
4D Volume
Any Type

Key: ['center', 'subject']
Default attributes values:
center = 'subjects'

{center}/{subject}/spmt/<subject>_funcMask

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0

Fus Det
Parent types:
4D Volume
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/fus_det_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'

Fus Det WM
Parent types:
4D Volume
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/fus_det_wm_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'

GM Probability Map
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/GM_PMAP_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'

GTM PVC based corrected images data
Parent types:
Text file
Any Type

Key: ['center', 'subject', 'processing', 'acquisition', 'tracer', 'analysis', 'segmentation_method', 'PVC_method']
Default attributes values:
center = 'subjects'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/pet<tracer>_space/<subject>_{PVC_method}_corrected_uptakes

Formats: ['CSV file']
Rule selection key: () ()
Priority offset: 0

Geodesic shooting template
Parent types:
4D Template
4D Volume
Any Type

Key: ['step', 'template']
templates/t1mri/Template_{step}_{template}_GS

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0

Global Volumetry Table
Parent types:
Numerical Table
CSV file
Text file
Any Type

Key: ['acquisition', 'processing']
Rules selection key: [] ['processing']
tables/{acquisition}/tissues_volumes_morphologist

Formats: ['CSV file']
Rule selection key: () (True,)
Priority offset: 0
processing = ''
processing = 'morphologist'

tables/{acquisition}/tissues_volumes_{processing}

Formats: ['CSV file']
Rule selection key: () (False,)
Priority offset: 0

Grey Mask Corrected
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/rc1_Grey_<subject>_<acquisition>_<analysis>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/rc1_Grey_<subject>_<acquisition>_<analysis>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/rc1_Grey_<subject>_<acquisition>_<analysis>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/rc1_Grey_<subject>_<acquisition>_<analysis>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/rc1_Grey_<subject>_<acquisition>_<analysis>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/rc1_Grey_<subject>_<acquisition>_<analysis>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/rc1_Grey_<subject>_<acquisition>_<analysis>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/rc1_Grey_<subject>_<acquisition>_<analysis>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

Grey Mask Corrected DARTEL
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/wrc1_Grey_<subject>_<acquisition>_<analysis>_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/wrc1_Grey_<subject>_<acquisition>_<analysis>_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wrc1_Grey_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/wrc1_Grey_<subject>_<acquisition>_<analysis>_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/wrc1_Grey_<subject>_<acquisition>_<analysis>_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wrc1_Grey_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wrc1_Grey_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wrc1_Grey_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

Grey Mask Corrected DARTEL MNI
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmnirc1_Grey_<subject>_<acquisition>_<analysis>_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmnirc1_Grey_<subject>_<acquisition>_<analysis>_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmnirc1_Grey_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmnirc1_Grey_<subject>_<acquisition>_<analysis>_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmnirc1_Grey_<subject>_<acquisition>_<analysis>_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmnirc1_Grey_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmnirc1_Grey_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmnirc1_Grey_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

Grey Mask Corrected DISCO
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/rc1_Grey_<subject>_<acquisition>_<analysis>_DISCO

Formats: 'BrainVISA volume formats'
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/rc1_Grey_<subject>_<acquisition>_<analysis>_DISCO

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/rc1_Grey_<subject>_<acquisition>_<analysis>_DISCO

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/rc1_Grey_<subject>_<acquisition>_<analysis>_DISCO

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/rc1_Grey_<subject>_<acquisition>_<analysis>_DISCO

Formats: 'BrainVISA volume formats'
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/rc1_Grey_<subject>_<acquisition>_<analysis>_DISCO

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/rc1_Grey_<subject>_<acquisition>_<analysis>_DISCO

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/rc1_Grey_<subject>_<acquisition>_<analysis>_DISCO

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

Grey Mask Corrected DISCO DARTEL
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/wrc1_Grey_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/wrc1_Grey_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wrc1_Grey_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/wrc1_Grey_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/wrc1_Grey_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wrc1_Grey_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wrc1_Grey_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wrc1_Grey_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

Grey Mask Corrected DISCO DARTEL MNI
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmnirc1_Grey_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmnirc1_Grey_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmnirc1_Grey_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmnirc1_Grey_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmnirc1_Grey_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmnirc1_Grey_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmnirc1_Grey_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmnirc1_Grey_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

Grey White Mask
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['time_point', 'acquisition_date', 'contrast', 'mapped', 'time_duration', 'rescan', 'center', 'subject', 'acquisition', 'analysis', 'side']

Non mandatory key attributes: ('acquisition_date', 'mapped', 'time_duration', 'time_point', 'rescan', 'acquisition', 'analysis', 'contrast')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

Rules selection key: ['side'] []

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/left/grey_white_<side>_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) ()
Priority offset: 0
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'
side = 'left'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/right/grey_white_<side>_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) ()
Priority offset: 0
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'
side = 'right'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/left/grey_white_<side>_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left',) ()
Priority offset: 0
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'
side = 'left'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/right/grey_white_<side>_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right',) ()
Priority offset: 0
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'
side = 'right'

Grey White Mask Corrected DISCO
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/Lgrey_white_<subject>_<acquisition>_<analysis>_DISCO

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/Rgrey_white_<subject>_<acquisition>_<analysis>_DISCO

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/Lgrey_white_<subject>_<acquisition>_<analysis>_DISCO

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/Rgrey_white_<subject>_<acquisition>_<analysis>_DISCO

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Lgrey_white_<subject>_<acquisition>_<analysis>_DISCO

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Rgrey_white_<subject>_<acquisition>_<analysis>_DISCO

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/Lgrey_white_<subject>_<acquisition>_<analysis>_DISCO

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/Lgrey_white_<subject>_<acquisition>_<analysis>_DISCO

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/Rgrey_white_<subject>_<acquisition>_<analysis>_DISCO

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/Lgrey_white_<subject>_<acquisition>_<analysis>_DISCO

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Lgrey_white_<subject>_<acquisition>_<analysis>_DISCO

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/Lgrey_white_<subject>_<acquisition>_<analysis>_DISCO

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/Lgrey_white_<subject>_<acquisition>_<analysis>_DISCO

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/Lgrey_white_<subject>_<acquisition>_<analysis>_DISCO

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/Rgrey_white_<subject>_<acquisition>_<analysis>_DISCO

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/Rgrey_white_<subject>_<acquisition>_<analysis>_DISCO

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/Rgrey_white_<subject>_<acquisition>_<analysis>_DISCO

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/Rgrey_white_<subject>_<acquisition>_<analysis>_DISCO

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/Rgrey_white_<subject>_<acquisition>_<analysis>_DISCO

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Rgrey_white_<subject>_<acquisition>_<analysis>_DISCO

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Lgrey_white_<subject>_<acquisition>_<analysis>_DISCO

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Lgrey_white_<subject>_<acquisition>_<analysis>_DISCO

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Rgrey_white_<subject>_<acquisition>_<analysis>_DISCO

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Lgrey_white_<subject>_<acquisition>_<analysis>_DISCO

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Lgrey_white_<subject>_<acquisition>_<analysis>_DISCO

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Lgrey_white_<subject>_<acquisition>_<analysis>_DISCO

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Rgrey_white_<subject>_<acquisition>_<analysis>_DISCO

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Lgrey_white_<subject>_<acquisition>_<analysis>_DISCO

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Rgrey_white_<subject>_<acquisition>_<analysis>_DISCO

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Rgrey_white_<subject>_<acquisition>_<analysis>_DISCO

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Rgrey_white_<subject>_<acquisition>_<analysis>_DISCO

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Rgrey_white_<subject>_<acquisition>_<analysis>_DISCO

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Grey White Mask Corrected DISCO DARTEL
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/Lgrey_white_<subject>_<acquisition>_<analysis>_DISCO_DARTEL_{Template}

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/Rgrey_white_<subject>_<acquisition>_<analysis>_DISCO_DARTEL_{Template}

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/Lgrey_white_<subject>_<acquisition>_<analysis>_DISCO_DARTEL_{Template}

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/Rgrey_white_<subject>_<acquisition>_<analysis>_DISCO_DARTEL_{Template}

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Lgrey_white_<subject>_<acquisition>_<analysis>_DISCO_DARTEL_{Template}

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Rgrey_white_<subject>_<acquisition>_<analysis>_DISCO_DARTEL_{Template}

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/Lgrey_white_<subject>_<acquisition>_<analysis>_DISCO_DARTEL_{Template}

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/Lgrey_white_<subject>_<acquisition>_<analysis>_DISCO_DARTEL_{Template}

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/Rgrey_white_<subject>_<acquisition>_<analysis>_DISCO_DARTEL_{Template}

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/Lgrey_white_<subject>_<acquisition>_<analysis>_DISCO_DARTEL_{Template}

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Lgrey_white_<subject>_<acquisition>_<analysis>_DISCO_DARTEL_{Template}

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/Lgrey_white_<subject>_<acquisition>_<analysis>_DISCO_DARTEL_{Template}

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/Lgrey_white_<subject>_<acquisition>_<analysis>_DISCO_DARTEL_{Template}

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/Lgrey_white_<subject>_<acquisition>_<analysis>_DISCO_DARTEL_{Template}

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/Rgrey_white_<subject>_<acquisition>_<analysis>_DISCO_DARTEL_{Template}

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/Rgrey_white_<subject>_<acquisition>_<analysis>_DISCO_DARTEL_{Template}

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/Rgrey_white_<subject>_<acquisition>_<analysis>_DISCO_DARTEL_{Template}

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/Rgrey_white_<subject>_<acquisition>_<analysis>_DISCO_DARTEL_{Template}

Formats: 'BrainVISA volume formats'
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Priority offset: 0
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Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Lgrey_white_<subject>_<acquisition>_<analysis>_DISCO_DARTEL_{Template}

Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Lgrey_white_<subject>_<acquisition>_<analysis>_DISCO_DARTEL_{Template}

Formats: 'BrainVISA volume formats'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Lgrey_white_<subject>_<acquisition>_<analysis>_DISCO_DARTEL_{Template}

Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Rgrey_white_<subject>_<acquisition>_<analysis>_DISCO_DARTEL_{Template}

Formats: 'BrainVISA volume formats'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Lgrey_white_<subject>_<acquisition>_<analysis>_DISCO_DARTEL_{Template}

Formats: 'BrainVISA volume formats'
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labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Rgrey_white_<subject>_<acquisition>_<analysis>_DISCO_DARTEL_{Template}

Formats: 'BrainVISA volume formats'
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labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Rgrey_white_<subject>_<acquisition>_<analysis>_DISCO_DARTEL_{Template}

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Rgrey_white_<subject>_<acquisition>_<analysis>_DISCO_DARTEL_{Template}

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Rgrey_white_<subject>_<acquisition>_<analysis>_DISCO_DARTEL_{Template}

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Grey White Mask Corrected Inversed DARTEL and DISCO
Parent types:
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'Template', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/Lgrey_white_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
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automatically_labelled = 'Yes'
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side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/Rgrey_white_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/Lgrey_white_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA volume formats'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/Rgrey_white_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA volume formats'
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labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Lgrey_white_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA volume formats'
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labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Rgrey_white_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA volume formats'
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labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/Lgrey_white_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA volume formats'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/Lgrey_white_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '') ()
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/Rgrey_white_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/Rgrey_white_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '') ()
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Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', 'No') ()
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Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Rgrey_white_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
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labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Lgrey_white_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA volume formats'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Rgrey_white_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Rgrey_white_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Rgrey_white_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Rgrey_white_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Grey White Mask Corrected Inversed DARTEL and DISCO Dest Native
Parent types:
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'Template', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/Lgrey_white_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/Rgrey_white_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/Lgrey_white_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
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Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'
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Grey White Mask Corrected Inversed DARTEL and DISCO Origin Native
Parent types:
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'Template', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/Lgrey_white_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
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Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', '') ()
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Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes') ()
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Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
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Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
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Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
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Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
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Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
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best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Lgrey_white_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Lgrey_white_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Rgrey_white_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Lgrey_white_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Lgrey_white_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Lgrey_white_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Rgrey_white_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Lgrey_white_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Rgrey_white_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Rgrey_white_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Rgrey_white_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Rgrey_white_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Grey White Mask Corrected Inversed DARTEL and DISCO Origin Native Dest Native
Parent types:
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'Template', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/Lgrey_white_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/Rgrey_white_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/Lgrey_white_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/Rgrey_white_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Lgrey_white_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Rgrey_white_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/Lgrey_white_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/Lgrey_white_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/Rgrey_white_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/Lgrey_white_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Lgrey_white_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/Lgrey_white_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/Lgrey_white_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/Lgrey_white_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/Rgrey_white_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/Rgrey_white_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/Rgrey_white_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/Rgrey_white_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/Rgrey_white_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Rgrey_white_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Lgrey_white_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Lgrey_white_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Rgrey_white_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Lgrey_white_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Lgrey_white_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Lgrey_white_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Rgrey_white_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Lgrey_white_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Rgrey_white_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Rgrey_white_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Rgrey_white_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/Rgrey_white_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Grey White Mid-Interface Volume
Parent types:
3D Volume
4D Volume
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'contrast', 'mapped', 'center', 'subject', 'acquisition', 'analysis', 'side', 'modality']

Non mandatory key attributes: ('acquisition_date', 'mapped', 'time_duration', 'time_point', 'acquisition', 'contrast', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

Rules selection key: ['side', 'modality'] []

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/Lgw_interface_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/Rgw_interface_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'right'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/left/gw_interface_<side>_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'left'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/right/gw_interface_<side>_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/Lgw_interface_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 't1mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/Rgw_interface_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 't1mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/Lgw_interface_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/left/gw_interface_<side>_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/Lgw_interface_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 't1mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/Rgw_interface_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'right'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/right/gw_interface_<side>_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/Rgw_interface_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 't1mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'right'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/left/gw_interface_<side>_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'anatomical_mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'left'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/left/gw_interface_<side>_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'anatomical_mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'left'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/right/gw_interface_<side>_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'anatomical_mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'right'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/right/gw_interface_<side>_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'anatomical_mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'right'

Grid Deformed DISCO
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_grid_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_grid_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_grid_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_grid_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_grid_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_grid_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_grid_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_grid_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

Grid Init DISCO
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_grid_init

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_grid_init

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_grid_init

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_grid_init

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_grid_init

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_grid_init

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_grid_init

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_grid_init

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

Grid Inv Deformed DISCO
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_grid_inv_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_grid_inv_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_grid_inv_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_grid_inv_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_grid_inv_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_grid_inv_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_grid_inv_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_grid_inv_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

Group definition
Parent types:
XML parameters
Text file
Any Type

Key: ['center', 'group_of_subjects']
Default attributes values:
center = 'subjects'

{center}/group_analysis/{group_of_subjects}/<group_of_subjects>_group

Formats: ['XML']
Rule selection key: () ()
Priority offset: 0

Gyri Graph
Parent types:
Data graph
Graph
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'side', 'manually_labelled', 'automatically_labelled', 'best']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'
graph_version = '3.1'
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled', 'best'] []

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_Rgyri_<sulci_recognition_session>_best

Formats: ['Graph and data']
Rule selection key: ('', 'No', 'Yes', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_Lgyri_<sulci_recognition_session>_best

Formats: ['Graph and data']
Rule selection key: ('', 'No', 'Yes', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/<subject>_Rgyri_<sulci_recognition_session>_auto

Formats: ['Graph and data']
Rule selection key: ('', 'No', 'Yes', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/<subject>_Lgyri_<sulci_recognition_session>_auto

Formats: ['Graph and data']
Rule selection key: ('', 'No', 'Yes', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/<subject>_Rgyri_<sulci_recognition_session>_auto

Formats: ['Graph and data']
Rule selection key: ('right', '', 'Yes', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/<subject>_Rgyri_<sulci_recognition_session>_auto

Formats: ['Graph and data']
Rule selection key: ('right', '', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_Rgyri_<sulci_recognition_session>_manual

Formats: ['Graph and data']
Rule selection key: ('right', '', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_Rgyri_<sulci_recognition_session>_best

Formats: ['Graph and data']
Rule selection key: ('', '', '', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_Lgyri_<sulci_recognition_session>_best

Formats: ['Graph and data']
Rule selection key: ('', '', '', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/<subject>_Rgyri_<sulci_recognition_session>_auto

Formats: ['Graph and data']
Rule selection key: ('', '', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/<subject>_Lgyri_<sulci_recognition_session>_auto

Formats: ['Graph and data']
Rule selection key: ('', '', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_Rgyri_<sulci_recognition_session>_manual

Formats: ['Graph and data']
Rule selection key: ('', '', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_Lgyri_<sulci_recognition_session>_manual

Formats: ['Graph and data']
Rule selection key: ('', '', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/<subject>_Rgyri_<sulci_recognition_session>_auto

Formats: ['Graph and data']
Rule selection key: ('', 'No', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/<subject>_Lgyri_<sulci_recognition_session>_auto

Formats: ['Graph and data']
Rule selection key: ('', 'No', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_Rgyri_<sulci_recognition_session>_best

Formats: ['Graph and data']
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_Lgyri_<sulci_recognition_session>_manual

Formats: ['Graph and data']
Rule selection key: ('', '', 'No', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_Rgyri_<sulci_recognition_session>_manual

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_Lgyri_<sulci_recognition_session>_manual

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_Rgyri_<sulci_recognition_session>_manual

Formats: ['Graph and data']
Rule selection key: ('right', 'Yes', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_Rgyri_<sulci_recognition_session>_manual

Formats: ['Graph and data']
Rule selection key: ('right', 'Yes', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_Rgyri_<sulci_recognition_session>_manual

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', 'No', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_Lgyri_<sulci_recognition_session>_manual

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', 'No', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_Rgyri_<sulci_recognition_session>_manual

Formats: ['Graph and data']
Rule selection key: ('right', 'Yes', 'No', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_Rgyri_<sulci_recognition_session>_manual

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_Lgyri_<sulci_recognition_session>_manual

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_Rgyri_<sulci_recognition_session>_manual

Formats: ['Graph and data']
Rule selection key: ('right', '', 'No', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_Lgyri_<sulci_recognition_session>_manual

Formats: ['Graph and data']
Rule selection key: ('left', 'Yes', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_Lgyri_<sulci_recognition_session>_manual

Formats: ['Graph and data']
Rule selection key: ('left', 'Yes', 'No', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_Lgyri_<sulci_recognition_session>_manual

Formats: ['Graph and data']
Rule selection key: ('left', '', 'No', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_Lgyri_<sulci_recognition_session>_manual

Formats: ['Graph and data']
Rule selection key: ('left', '', 'No', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_Lgyri_<sulci_recognition_session>_manual

Formats: ['Graph and data']
Rule selection key: ('left', 'Yes', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_Lgyri_<sulci_recognition_session>_manual

Formats: ['Graph and data']
Rule selection key: ('left', 'Yes', 'No', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_Rgyri_<sulci_recognition_session>_best

Formats: ['Graph and data']
Rule selection key: ('right', 'No', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_Rgyri_<sulci_recognition_session>_best

Formats: ['Graph and data']
Rule selection key: ('right', 'No', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_Rgyri_<sulci_recognition_session>_best

Formats: ['Graph and data']
Rule selection key: ('', 'No', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_Lgyri_<sulci_recognition_session>_best

Formats: ['Graph and data']
Rule selection key: ('', 'No', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_Rgyri_<sulci_recognition_session>_best

Formats: ['Graph and data']
Rule selection key: ('right', '', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_Rgyri_<sulci_recognition_session>_best

Formats: ['Graph and data']
Rule selection key: ('', '', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_Lgyri_<sulci_recognition_session>_best

Formats: ['Graph and data']
Rule selection key: ('', '', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_Rgyri_<sulci_recognition_session>_best

Formats: ['Graph and data']
Rule selection key: ('right', '', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_Rgyri_<sulci_recognition_session>_best

Formats: ['Graph and data']
Rule selection key: ('', '', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_Lgyri_<sulci_recognition_session>_best

Formats: ['Graph and data']
Rule selection key: ('', '', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_Rgyri_<sulci_recognition_session>_best

Formats: ['Graph and data']
Rule selection key: ('', 'No', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_Lgyri_<sulci_recognition_session>_best

Formats: ['Graph and data']
Rule selection key: ('', 'No', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_Lgyri_<sulci_recognition_session>_best

Formats: ['Graph and data']
Rule selection key: ('left', 'No', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_Lgyri_<sulci_recognition_session>_best

Formats: ['Graph and data']
Rule selection key: ('left', '', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_Lgyri_<sulci_recognition_session>_best

Formats: ['Graph and data']
Rule selection key: ('left', 'No', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_Lgyri_<sulci_recognition_session>_best

Formats: ['Graph and data']
Rule selection key: ('left', '', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

Gyri To White Texture Translation
Parent types:
Text file
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'side', 'manually_labelled', 'automatically_labelled', 'best']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'
graph_version = '3.1'
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled', 'best'] []

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_left_gyri_to_texture_<sulci_recognition_session>_best

Formats: None
Rule selection key: ('', 'No', 'Yes', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_right_gyri_to_texture_<sulci_recognition_session>_best

Formats: None
Rule selection key: ('', 'No', 'Yes', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/<subject>_left_gyri_to_texture_<sulci_recognition_session>_auto

Formats: None
Rule selection key: ('', 'No', 'Yes', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/<subject>_right_gyri_to_texture_<sulci_recognition_session>_auto

Formats: None
Rule selection key: ('', 'No', 'Yes', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_left_gyri_to_texture_<sulci_recognition_session>_best

Formats: None
Rule selection key: ('', '', '', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_right_gyri_to_texture_<sulci_recognition_session>_best

Formats: None
Rule selection key: ('', '', '', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/<subject>_left_gyri_to_texture_<sulci_recognition_session>_auto

Formats: None
Rule selection key: ('', '', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/<subject>_right_gyri_to_texture_<sulci_recognition_session>_auto

Formats: None
Rule selection key: ('', '', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_left_gyri_to_texture_<sulci_recognition_session>_manual

Formats: None
Rule selection key: ('', '', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_right_gyri_to_texture_<sulci_recognition_session>_manual

Formats: None
Rule selection key: ('', '', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/<subject>_left_gyri_to_texture_<sulci_recognition_session>_auto

Formats: None
Rule selection key: ('', 'No', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/<subject>_right_gyri_to_texture_<sulci_recognition_session>_auto

Formats: None
Rule selection key: ('', 'No', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/<subject>_left_gyri_to_texture_<sulci_recognition_session>_auto

Formats: None
Rule selection key: ('left', 'No', 'Yes', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_left_gyri_to_texture_<sulci_recognition_session>_best

Formats: None
Rule selection key: ('', 'No', '', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
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acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_right_gyri_to_texture_<sulci_recognition_session>_manual

Formats: None
Rule selection key: ('', '', 'No', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_left_gyri_to_texture_<sulci_recognition_session>_manual

Formats: None
Rule selection key: ('', '', 'No', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_right_gyri_to_texture_<sulci_recognition_session>_manual

Formats: None
Rule selection key: ('', '', 'No', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_left_gyri_to_texture_<sulci_recognition_session>_manual

Formats: None
Rule selection key: ('left', '', 'No', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_left_gyri_to_texture_<sulci_recognition_session>_manual

Formats: None
Rule selection key: ('', 'Yes', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_right_gyri_to_texture_<sulci_recognition_session>_manual

Formats: None
Rule selection key: ('', 'Yes', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_left_gyri_to_texture_<sulci_recognition_session>_manual

Formats: None
Rule selection key: ('', 'Yes', 'No', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_right_gyri_to_texture_<sulci_recognition_session>_manual

Formats: None
Rule selection key: ('', 'Yes', 'No', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_left_gyri_to_texture_<sulci_recognition_session>_manual

Formats: None
Rule selection key: ('left', 'Yes', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_left_gyri_to_texture_<sulci_recognition_session>_manual

Formats: None
Rule selection key: ('left', 'Yes', 'No', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_left_gyri_to_texture_<sulci_recognition_session>_manual

Formats: None
Rule selection key: ('', 'Yes', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_right_gyri_to_texture_<sulci_recognition_session>_manual

Formats: None
Rule selection key: ('', 'Yes', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_right_gyri_to_texture_<sulci_recognition_session>_manual

Formats: None
Rule selection key: ('right', 'Yes', 'No', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_right_gyri_to_texture_<sulci_recognition_session>_manual

Formats: None
Rule selection key: ('right', '', 'No', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_right_gyri_to_texture_<sulci_recognition_session>_manual

Formats: None
Rule selection key: ('right', 'Yes', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_right_gyri_to_texture_<sulci_recognition_session>_manual

Formats: None
Rule selection key: ('right', 'Yes', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_right_gyri_to_texture_<sulci_recognition_session>_manual

Formats: None
Rule selection key: ('right', 'Yes', 'No', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_right_gyri_to_texture_<sulci_recognition_session>_manual

Formats: None
Rule selection key: ('right', '', 'No', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_left_gyri_to_texture_<sulci_recognition_session>_best

Formats: None
Rule selection key: ('left', 'No', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_left_gyri_to_texture_<sulci_recognition_session>_best

Formats: None
Rule selection key: ('', 'No', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_right_gyri_to_texture_<sulci_recognition_session>_best

Formats: None
Rule selection key: ('', 'No', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_left_gyri_to_texture_<sulci_recognition_session>_best

Formats: None
Rule selection key: ('left', '', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_left_gyri_to_texture_<sulci_recognition_session>_best

Formats: None
Rule selection key: ('', '', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_right_gyri_to_texture_<sulci_recognition_session>_best

Formats: None
Rule selection key: ('', '', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_left_gyri_to_texture_<sulci_recognition_session>_best

Formats: None
Rule selection key: ('', '', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_right_gyri_to_texture_<sulci_recognition_session>_best

Formats: None
Rule selection key: ('', '', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_left_gyri_to_texture_<sulci_recognition_session>_best

Formats: None
Rule selection key: ('left', 'No', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_left_gyri_to_texture_<sulci_recognition_session>_best

Formats: None
Rule selection key: ('left', '', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_left_gyri_to_texture_<sulci_recognition_session>_best

Formats: None
Rule selection key: ('', 'No', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_right_gyri_to_texture_<sulci_recognition_session>_best

Formats: None
Rule selection key: ('', 'No', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_right_gyri_to_texture_<sulci_recognition_session>_best

Formats: None
Rule selection key: ('right', 'No', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_right_gyri_to_texture_<sulci_recognition_session>_best

Formats: None
Rule selection key: ('right', 'No', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_right_gyri_to_texture_<sulci_recognition_session>_best

Formats: None
Rule selection key: ('right', '', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_right_gyri_to_texture_<sulci_recognition_session>_best

Formats: None
Rule selection key: ('right', '', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

Gyri White Texture
Parent types:
ROI Texture
Label Texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'side', 'manually_labelled', 'automatically_labelled', 'best']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'
graph_version = '3.1'
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled', 'best'] []

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_best

Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'No', 'Yes', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_best

Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'No', 'Yes', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_auto

Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'No', 'Yes', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_auto

Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'No', 'Yes', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_best

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '', '', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_best

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '', '', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_auto

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_auto

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_manual

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_manual

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_auto

Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'No', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_auto

Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'No', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_auto

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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_auto

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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_auto

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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_auto

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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_best

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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_auto

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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_auto

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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_auto

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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_best

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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_auto

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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_auto

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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_auto

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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_auto

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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_best

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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_auto

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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_auto

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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_auto

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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_auto

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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_auto

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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_auto

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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_manual

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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_best

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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_auto

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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_best

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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_auto

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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_auto

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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_best

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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_auto

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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_best

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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_auto

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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_manual

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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_auto

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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_manual

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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_manual

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time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_manual

Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'Yes', 'No', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_manual

Formats: 'BrainVISA texture formats'
Rule selection key: ('left', 'Yes', 'No', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_manual

Formats: 'BrainVISA texture formats'
Rule selection key: ('left', '', 'No', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_manual

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '', 'No', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_manual

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '', 'No', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_manual

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '', 'No', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_manual

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '', 'No', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_manual

Formats: 'BrainVISA texture formats'
Rule selection key: ('left', '', 'No', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_manual

Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'Yes', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_manual

Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'Yes', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_manual

Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'Yes', 'No', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_manual

Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'Yes', 'No', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_manual

Formats: 'BrainVISA texture formats'
Rule selection key: ('left', 'Yes', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_manual

Formats: 'BrainVISA texture formats'
Rule selection key: ('left', 'Yes', 'No', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_manual

Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'Yes', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_manual

Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'Yes', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_manual

Formats: 'BrainVISA texture formats'
Rule selection key: ('right', 'Yes', 'No', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_manual

Formats: 'BrainVISA texture formats'
Rule selection key: ('right', '', 'No', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_manual

Formats: 'BrainVISA texture formats'
Rule selection key: ('right', 'Yes', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_manual

Formats: 'BrainVISA texture formats'
Rule selection key: ('right', 'Yes', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_manual

Formats: 'BrainVISA texture formats'
Rule selection key: ('right', 'Yes', 'No', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_manual

Formats: 'BrainVISA texture formats'
Rule selection key: ('right', '', 'No', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_best

Formats: 'BrainVISA texture formats'
Rule selection key: ('left', 'No', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_best

Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'No', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_best

Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'No', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_best

Formats: 'BrainVISA texture formats'
Rule selection key: ('left', '', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_best

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_best

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_best

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_best

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_best

Formats: 'BrainVISA texture formats'
Rule selection key: ('left', 'No', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_best

Formats: 'BrainVISA texture formats'
Rule selection key: ('left', '', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_best

Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'No', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_best

Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'No', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_best

Formats: 'BrainVISA texture formats'
Rule selection key: ('right', 'No', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_best

Formats: 'BrainVISA texture formats'
Rule selection key: ('right', 'No', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_best

Formats: 'BrainVISA texture formats'
Rule selection key: ('right', '', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_best

Formats: 'BrainVISA texture formats'
Rule selection key: ('right', '', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

Gyri White Volume
Parent types:
3D Volume
4D Volume
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'side', 'manually_labelled', 'automatically_labelled', 'best']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'
graph_version = '3.1'
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled', 'best'] []

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', 'Yes', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'Yes', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'Yes', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', '', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'Yes', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', 'Yes', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', 'Yes', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'Yes', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'Yes', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'Yes', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', 'Yes', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', 'Yes', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', 'Yes', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', '', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', 'No', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'No', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'No', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', 'No', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', 'No', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'No', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', 'No', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'No', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Lwhite_gyri_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Rwhite_gyri_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

HDW DARTEL flow field
Parent types:
SPM field
3D Volume
4D Volume
Any Type

Key: ['center', 'subject', 'acquisition', 'analysis', 'template', 'processing']
Default attributes values:
center = 'subjects'

Rules selection key: ['processing'] []

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_DARTEL_from_t1mri_to_{template}/<subject>_HDW_DARTEL_flow_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) ()
Priority offset: 0
processing = 'spm12Segment'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_DARTEL_from_t1mri_to_{template}/<subject>_HDW_DARTEL_flow_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) ()
Priority offset: 0
processing = 'spm8VBMSegmentation'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_DARTEL_from_t1mri_to_{template}/<subject>_HDW_DARTEL_flow_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) ()
Priority offset: 0
processing = 'spm8NewSegment'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_DARTEL_from_t1mri_to_{template}/<subject>_HDW_DARTEL_flow_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('spm12Segment',) ()
Priority offset: 0
processing = 'spm12Segment'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_DARTEL_from_t1mri_to_{template}/<subject>_HDW_DARTEL_flow_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('spm8VBMSegmentation',) ()
Priority offset: 0
processing = 'spm8VBMSegmentation'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_DARTEL_from_t1mri_to_{template}/<subject>_HDW_DARTEL_flow_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('spm8NewSegment',) ()
Priority offset: 0
processing = 'spm8NewSegment'

Head Mask
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/head_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'

Head Mesh
Parent types:
Mesh
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'contrast', 'mapped', 'center', 'subject', 'acquisition', 'analysis', 'modality', 'side']

Non mandatory key attributes: ('acquisition_date', 'mapped', 'time_duration', 'time_point', 'acquisition', 'contrast', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

Rules selection key: ['modality', 'side'] []

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_head

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'both'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/head_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'Both'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_head

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'both') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'both'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_head

Formats: 'BrainVISA mesh formats'
Rule selection key: ('t1mri', 'both') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'both'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_head

Formats: 'BrainVISA mesh formats'
Rule selection key: ('t1mri', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'both'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/head_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('anatomical_mri', 'Both') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'Both'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/head_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('anatomical_mri', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'Both'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/head_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Both') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'Both'

Head Mesh DISCO
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_head_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_head_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_head_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_head_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_head_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_head_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_head_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_head_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

Head Mesh Inversed DISCO
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_head_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_head_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_head_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_head_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_head_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_head_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_head_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_head_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

Hemisphere Hull Mesh
Parent types:
Mesh
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'contrast', 'mapped', 'center', 'subject', 'acquisition', 'analysis', 'side', 'modality']

Non mandatory key attributes: ('acquisition_date', 'mapped', 'time_duration', 'time_point', 'acquisition', 'contrast', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

Rules selection key: ['side', 'modality'] []

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_Lhemi_hull

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'left'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_Rhemi_hull

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'right'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_Bhemi_hull

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'both'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/left/hemi_hull_<side>_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'left'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/right/hemi_hull_<side>_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'right'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_Lhemi_hull

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 't1mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'left'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_Rhemi_hull

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 't1mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'right'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_Bhemi_hull

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 't1mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'both'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_Lhemi_hull

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'left'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/left/hemi_hull_<side>_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'left'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_Lhemi_hull

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', 't1mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'left'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_Rhemi_hull

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'right'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/right/hemi_hull_<side>_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'right'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_Rhemi_hull

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', 't1mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'right'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_Bhemi_hull

Formats: 'BrainVISA mesh formats'
Rule selection key: ('both', 't1mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'both'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_Bhemi_hull

Formats: 'BrainVISA mesh formats'
Rule selection key: ('both', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'both'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/left/hemi_hull_<side>_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', 'anatomical_mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'left'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/left/hemi_hull_<side>_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'anatomical_mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'left'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/right/hemi_hull_<side>_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'anatomical_mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'right'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/right/hemi_hull_<side>_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', 'anatomical_mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'right'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'

Hemisphere Hull Mesh DISCO
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Lhemi_hull_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Rhemi_hull_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Bhemi_hull_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Lhemi_hull_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Rhemi_hull_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Bhemi_hull_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
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automatically_labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Lhemi_hull_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Rhemi_hull_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Bhemi_hull_deformed

Formats: 'BrainVISA mesh formats'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Lhemi_hull_deformed

Formats: 'BrainVISA mesh formats'
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Priority offset: 0
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automatically_labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Lhemi_hull_deformed

Formats: 'BrainVISA mesh formats'
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Priority offset: 0
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Formats: 'BrainVISA mesh formats'
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automatically_labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Bhemi_hull_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
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automatically_labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Lhemi_hull_deformed

Formats: 'BrainVISA mesh formats'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Lhemi_hull_deformed

Formats: 'BrainVISA mesh formats'
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Formats: 'BrainVISA mesh formats'
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Priority offset: 0
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automatically_labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Lhemi_hull_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
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manually_labelled = 'No'
automatically_labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Lhemi_hull_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
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automatically_labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Rhemi_hull_deformed

Formats: 'BrainVISA mesh formats'
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Priority offset: 0
labelled = 'Yes'
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automatically_labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Bhemi_hull_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
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automatically_labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Rhemi_hull_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Rhemi_hull_deformed

Formats: 'BrainVISA mesh formats'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Rhemi_hull_deformed

Formats: 'BrainVISA mesh formats'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Rhemi_hull_deformed

Formats: 'BrainVISA mesh formats'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Rhemi_hull_deformed

Formats: 'BrainVISA mesh formats'
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Formats: 'BrainVISA mesh formats'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Bhemi_hull_deformed

Formats: 'BrainVISA mesh formats'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Bhemi_hull_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('both', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Bhemi_hull_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('both', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
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automatically_labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Bhemi_hull_deformed

Formats: 'BrainVISA mesh formats'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Lhemi_hull_deformed

Formats: 'BrainVISA mesh formats'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Lhemi_hull_deformed

Formats: 'BrainVISA mesh formats'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Rhemi_hull_deformed

Formats: 'BrainVISA mesh formats'
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Formats: 'BrainVISA mesh formats'
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Priority offset: 0
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Lhemi_hull_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', 'Yes', '') ()
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Lhemi_hull_deformed

Formats: 'BrainVISA mesh formats'
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Priority offset: 0
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Lhemi_hull_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
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Formats: 'BrainVISA mesh formats'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Bhemi_hull_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
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best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Lhemi_hull_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
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automatically_labelled = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Rhemi_hull_deformed

Formats: 'BrainVISA mesh formats'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Bhemi_hull_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes', 'No') ()
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Rhemi_hull_deformed

Formats: 'BrainVISA mesh formats'
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Priority offset: 0
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Rhemi_hull_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Rhemi_hull_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Bhemi_hull_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('both', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
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best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Bhemi_hull_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('both', 'Yes', 'No') ()
Priority offset: 0
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manually_labelled = 'Yes'
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best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Bhemi_hull_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('both', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

Hemisphere Hull Mesh Inversed DISCO
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Lhemi_hull_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Rhemi_hull_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Bhemi_hull_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Lhemi_hull_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Rhemi_hull_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Bhemi_hull_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Lhemi_hull_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Rhemi_hull_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Bhemi_hull_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Lhemi_hull_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Lhemi_hull_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Rhemi_hull_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Bhemi_hull_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Lhemi_hull_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Lhemi_hull_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Lhemi_hull_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Lhemi_hull_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Lhemi_hull_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Rhemi_hull_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Bhemi_hull_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Rhemi_hull_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Rhemi_hull_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Rhemi_hull_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Rhemi_hull_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Rhemi_hull_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Bhemi_hull_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('both', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Bhemi_hull_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('both', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Bhemi_hull_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('both', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Bhemi_hull_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('both', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Bhemi_hull_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('both', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Lhemi_hull_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Lhemi_hull_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Rhemi_hull_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Bhemi_hull_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Lhemi_hull_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Lhemi_hull_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Lhemi_hull_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Rhemi_hull_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Bhemi_hull_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Lhemi_hull_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Rhemi_hull_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Bhemi_hull_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Rhemi_hull_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Rhemi_hull_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Rhemi_hull_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Bhemi_hull_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('both', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Bhemi_hull_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('both', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Bhemi_hull_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('both', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

Hemisphere Mesh
Parent types:
Mesh
Any Type

Key: ['time_point', 'acquisition_date', 'contrast', 'mapped', 'time_duration', 'rescan', 'center', 'subject', 'acquisition', 'analysis', 'side']

Non mandatory key attributes: ('acquisition_date', 'mapped', 'time_duration', 'time_point', 'rescan', 'acquisition', 'analysis', 'contrast')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

Rules selection key: ['side'] []

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/left/hemi_<side>_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('',) ()
Priority offset: 1
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'
side = 'left'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/right/hemi_<side>_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('',) ()
Priority offset: 1
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'
side = 'right'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/left/hemi_<side>_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left',) ()
Priority offset: 1
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'
side = 'left'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/right/hemi_<side>_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right',) ()
Priority offset: 1
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'
side = 'right'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'

Hemisphere White Mesh
Parent types:
White Mesh
Mesh
Any Type

Key: ['time_point', 'acquisition_date', 'contrast', 'mapped', 'time_duration', 'rescan', 'center', 'subject', 'acquisition', 'analysis', 'side']

Non mandatory key attributes: ('acquisition_date', 'mapped', 'time_duration', 'time_point', 'rescan', 'acquisition', 'analysis', 'contrast')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

Rules selection key: ['side'] []

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/left/white_<side>_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('',) ()
Priority offset: 1
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'
side = 'left'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/right/white_<side>_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('',) ()
Priority offset: 1
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'
side = 'right'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/left/white_<side>_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left',) ()
Priority offset: 1
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'
side = 'left'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/right/white_<side>_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right',) ()
Priority offset: 1
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'
side = 'right'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'

Hemisphere gyrus parcellation texture
Parent types:
Hemisphere parcellation texture
Gyri White Texture
ROI Texture
Label Texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis', 'vertex_corr_method']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Bwhite_parcels_gyrus_remeshed_{vertex_corr_method}

Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'both'
averaged = 'No'
vertex_corr = 'Yes'
parcellation_type = 'gyrus'

Hemisphere lobes parcellation texture
Parent types:
Hemisphere parcellation texture
Gyri White Texture
ROI Texture
Label Texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis', 'vertex_corr_method']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Bwhite_parcels_lobes_remeshed_{vertex_corr_method}

Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'both'
averaged = 'No'
vertex_corr = 'Yes'
parcellation_type = 'lobes'

Hemisphere marsAtlas parcellation texture
Parent types:
Hemisphere parcellation texture
Gyri White Texture
ROI Texture
Label Texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis', 'vertex_corr_method']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Bwhite_parcels_marsAtlas_remeshed_{vertex_corr_method}

Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'both'
averaged = 'No'
vertex_corr = 'Yes'
parcellation_type = 'marsAtlas'

Hemisphere model parcellation texture
Parent types:
Hemisphere parcellation texture
Gyri White Texture
ROI Texture
Label Texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis', 'vertex_corr_method']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Bwhite_parcels_model_remeshed_{vertex_corr_method}

Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'both'
averaged = 'No'
vertex_corr = 'Yes'
parcellation_type = 'model'

Histo Analysis
Parent types:
Text file
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/nobias_<subject>

Formats: ['Histo Analysis']
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'

Histogram
Parent types:
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/nobias_<subject>

Formats: ['Histogram']
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'

Histology marker
Parent types:
Any Type

Key: ['center', 'study', 'scan_session', 'marker', 'subject']

Non mandatory key attributes: ('study',)
Default attributes values:
center = 'subjects'
study = 'default_study'

Rules selection key: [] ['subject']
biology/{center}/{study}/histology/{scan_session}/scans/{marker}

Formats: ['Directory']
Rule selection key: () (True,)
Priority offset: 0

biology/{center}/{study}/histology/{scan_session}/subjects/{subject}/{marker}

Formats: ['Directory']
Rule selection key: () (False,)
Priority offset: 0

Histology scan
Parent types:
Biological image
Biological volume
3D Volume
4D Volume
Any Type

Key: ['center', 'study', 'scan_session', 'marker', 'specie', 'serie', 'scan_number', 'extracted_level']

Non mandatory key attributes: ('extracted_level', 'study')
Default attributes values:
center = 'subjects'
study = 'default_study'
extracted_level = '0'

biology/{center}/{study}/histology/{scan_session}/scans/{marker}/{specie}_<marker>_serie{serie}_scan{scan_number}_level{extracted_level}

Formats: 'Aims readable volume formats'
Rule selection key: () ()
Priority offset: 0

Histology scan bounding boxes
Parent types:
Bounding Box Info
Any Type

Key: ['center', 'study', 'scan_session', 'marker', 'specie', 'serie', 'scan_number']

Non mandatory key attributes: ('study',)
Default attributes values:
center = 'subjects'
study = 'default_study'

biology/{center}/{study}/histology/{scan_session}/scans/{marker}/{specie}_<marker>_serie{serie}_scan{scan_number}_boundingboxes

Formats: ['JSON file']
Rule selection key: () ()
Priority offset: 0

Histology slice
Parent types:
Biological image
Biological volume
3D Volume
4D Volume
Any Type

Key: ['center', 'study', 'scan_session', 'subject', 'marker', 'specie', 'extracted_level', 'scan_number', 'slice_number', 'serie']

Non mandatory key attributes: ('study',)
Default attributes values:
center = 'subjects'
study = 'default_study'

biology/{center}/{study}/histology/{scan_session}/subjects/{subject}/{marker}/slices/{specie}_<subject>_<marker>_level{extracted_level}_scan{scan_number}_slice{slice_number}_serie{serie}

Formats: 'Aims readable volume formats'
Rule selection key: () ()
Priority offset: 0

Histology slice marker segmentation
Parent types:
Biological image
Biological volume
3D Volume
4D Volume
Any Type

Key: ['center', 'study', 'scan_session', 'subject', 'marker', 'specie', 'extracted_level', 'scan_number', 'slice_number', 'serie']

Non mandatory key attributes: ('study',)
Default attributes values:
center = 'subjects'
study = 'default_study'

biology/{center}/{study}/histology/{scan_session}/subjects/{subject}/{marker}/segmentations/{specie}_<subject>_<marker>_level{extracted_level}_scan{scan_number}_slice{slice_number}_serie{serie}

Formats: 'Aims readable volume formats'
Rule selection key: () ()
Priority offset: 0

Histology slice mask
Parent types:
Biological image
Biological volume
3D Volume
4D Volume
Any Type

Key: ['center', 'study', 'scan_session', 'subject', 'marker', 'specie', 'extracted_level', 'scan_number', 'slice_number', 'serie']

Non mandatory key attributes: ('study',)
Default attributes values:
center = 'subjects'
study = 'default_study'

biology/{center}/{study}/histology/{scan_session}/subjects/{subject}/{marker}/segmentations/{specie}_<subject>_mask_level{extracted_level}_scan{scan_number}_slice{slice_number}_serie{serie}

Formats: 'Aims readable volume formats'
Rule selection key: () ()
Priority offset: 0

Histology slice to reference transformation
Parent types:
Transformation matrix
Transformation
Any Type

Key: ['center', 'study', 'scan_session', 'subject', 'marker', 'specie', 'scan_number', 'slice_number', 'serie']

Non mandatory key attributes: ('study',)
Default attributes values:
center = 'subjects'
study = 'default_study'

biology/{center}/{study}/histology/{scan_session}/subjects/{subject}/{marker}/slices/{specie}_<subject>_<marker>_scan{scan_number}_slice{slice_number}_serie{serie}_to_ref

Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: () ()
Priority offset: 0

Histology volume
Parent types:
Biological volume
3D Volume
4D Volume
Any Type

Key: ['center', 'study', 'scan_session', 'subject', 'marker', 'specie', 'extracted_level']

Non mandatory key attributes: ('study',)
Default attributes values:
center = 'subjects'
study = 'default_study'

biology/{center}/{study}/histology/{scan_session}/subjects/{subject}/{marker}/stacks/{specie}_<subject>_<marker>_level{extracted_level}_stack

Formats: 'Aims readable volume formats'
Rule selection key: () ()
Priority offset: 0

Histology volume segmentation
Parent types:
Biological volume
3D Volume
4D Volume
Any Type

Key: ['center', 'study', 'scan_session', 'subject', 'marker', 'specie', 'extracted_level']

Non mandatory key attributes: ('study',)
Default attributes values:
center = 'subjects'
study = 'default_study'

biology/{center}/{study}/histology/{scan_session}/subjects/{subject}/{marker}/stacks/{specie}_<subject>_<marker>_level{extracted_level}_stack_segmentation

Formats: 'Aims readable volume formats'
Rule selection key: () ()
Priority offset: 0

History Global Volumetry Table
Parent types:
Text file
Any Type

Key: ['acquisition', 'processing']
Rules selection key: [] ['processing']
tables/{acquisition}/history_tissues_volumes_morphologist

Formats: None
Rule selection key: () (True,)
Priority offset: 0
processing = ''
processing = 'morphologist'

tables/{acquisition}/history_tissues_volumes_{processing}

Formats: None
Rule selection key: () (False,)
Priority offset: 0

History Sulcal Openings Table
Parent types:
Text file
Any Type

Key: ['acquisition']
tables/{acquisition}/history_sulcalopenings_morphologist

Formats: None
Rule selection key: () ()
Priority offset: 0
processing = 'morphologist'

Hoffman region mask
Parent types:
3D Volume
4D Volume
Any Type

Key: ['hoffman_id', 'region', 'center', 'subject', 'processing', 'acquisition', 'tracer', 'analysis']
Default attributes values:
center = 'subjects'

Rules selection key: [] ['center', 'subject', 'processing', 'acquisition', 'tracer', 'analysis', 'hoffman_id']
hoffman_reference/{hoffman_id}/Hoffman_{region}_mask

Formats: 'BrainVISA volume formats'
Rule selection key: () (True, True, True, True, True, True, False)
Priority offset: 0
center = ''
subject = ''
processing = ''
acquisition = ''
tracer = ''
analysis = ''
space = 'native'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}/pet<tracer>_space/Hoffman_{region}_mask

Formats: 'BrainVISA volume formats'
Rule selection key: () (False, False, False, False, False, False, True)
Priority offset: 0
hoffman_id = ''
space = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/ct/{analysis}/ct{tracer}_space/Hoffman_{region}_mask

Formats: 'BrainVISA volume formats'
Rule selection key: () (False, False, False, False, False, False, True)
Priority offset: 0
hoffman_id = ''
space = 'ct'

Hull Junction Volume
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'side', 'manually_labelled', 'automatically_labelled', 'best']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'
graph_version = '3.1'
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled', 'best'] []

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LHullJunction_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LHullJunction_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LHullJunction_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LHullJunction_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LHullJunction_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LHullJunction_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LHullJunction_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', 'Yes', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LHullJunction_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LHullJunction_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LHullJunction_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LHullJunction_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LHullJunction_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LHullJunction_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LHullJunction_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LHullJunction_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LHullJunction_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LHullJunction_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LHullJunction_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'Yes', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LHullJunction_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'Yes', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LHullJunction_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LHullJunction_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', '', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LHullJunction_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LHullJunction_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'Yes', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LHullJunction_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
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automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LHullJunction_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LHullJunction_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LHullJunction_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', 'Yes', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LHullJunction_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', 'Yes', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'Yes', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'Yes', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'Yes', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', 'Yes', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', 'Yes', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', 'Yes', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', '', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LHullJunction_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LHullJunction_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LHullJunction_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', 'No', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LHullJunction_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'No', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LHullJunction_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LHullJunction_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LHullJunction_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'No', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LHullJunction_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LHullJunction_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LHullJunction_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LHullJunction_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', 'No', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LHullJunction_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', 'No', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'No', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', 'No', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'No', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LHullJunction_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LHullJunction_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LHullJunction_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LHullJunction_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LHullJunction_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LHullJunction_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LHullJunction_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LHullJunction_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RHullJunction_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

Inflated Hemisphere White Mesh
Parent types:
Hemisphere White Mesh
White Mesh
Mesh
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'contrast', 'mapped', 'center', 'subject', 'acquisition', 'analysis', 'side', 'modality']

Non mandatory key attributes: ('acquisition_date', 'mapped', 'time_duration', 'time_point', 'acquisition', 'contrast', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

Rules selection key: ['side', 'modality'] []

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_Lwhite_inflated

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'left'
averaged = 'No'
inflated = 'Yes'
vertex_corr = 'No'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_Rwhite_inflated

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'right'
averaged = 'No'
inflated = 'Yes'
vertex_corr = 'No'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/left/white_inflated_<side>_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'left'
averaged = 'No'
inflated = 'Yes'
vertex_corr = 'No'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/right/white_inflated_<side>_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'right'
averaged = 'No'
inflated = 'Yes'
vertex_corr = 'No'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_Lwhite_inflated

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 't1mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'left'
averaged = 'No'
inflated = 'Yes'
vertex_corr = 'No'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_Rwhite_inflated

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 't1mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'right'
averaged = 'No'
inflated = 'Yes'
vertex_corr = 'No'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_Lwhite_inflated

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'left'
averaged = 'No'
inflated = 'Yes'
vertex_corr = 'No'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/left/white_inflated_<side>_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'left'
averaged = 'No'
inflated = 'Yes'
vertex_corr = 'No'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_Lwhite_inflated

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', 't1mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'left'
averaged = 'No'
inflated = 'Yes'
vertex_corr = 'No'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_Rwhite_inflated

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'right'
averaged = 'No'
inflated = 'Yes'
vertex_corr = 'No'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/right/white_inflated_<side>_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'right'
averaged = 'No'
inflated = 'Yes'
vertex_corr = 'No'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_Rwhite_inflated

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', 't1mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'right'
averaged = 'No'
inflated = 'Yes'
vertex_corr = 'No'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/left/white_inflated_<side>_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', 'anatomical_mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'left'
averaged = 'No'
inflated = 'Yes'
vertex_corr = 'No'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/left/white_inflated_<side>_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'anatomical_mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'left'
averaged = 'No'
inflated = 'Yes'
vertex_corr = 'No'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/right/white_inflated_<side>_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'anatomical_mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'right'
averaged = 'No'
inflated = 'Yes'
vertex_corr = 'No'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/right/white_inflated_<side>_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', 'anatomical_mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'right'
averaged = 'No'
inflated = 'Yes'
vertex_corr = 'No'

Inflated Hemisphere White Mesh DARTEL
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Lwhite_inflated_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Rwhite_inflated_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Lwhite_inflated_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Rwhite_inflated_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Lwhite_inflated_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Rwhite_inflated_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Lwhite_inflated_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Lwhite_inflated_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Rwhite_inflated_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Lwhite_inflated_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Lwhite_inflated_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Lwhite_inflated_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Lwhite_inflated_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Lwhite_inflated_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Rwhite_inflated_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Rwhite_inflated_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Rwhite_inflated_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Rwhite_inflated_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Rwhite_inflated_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Rwhite_inflated_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Lwhite_inflated_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Lwhite_inflated_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Rwhite_inflated_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Lwhite_inflated_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Lwhite_inflated_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Lwhite_inflated_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Rwhite_inflated_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Lwhite_inflated_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Rwhite_inflated_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Rwhite_inflated_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Rwhite_inflated_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Rwhite_inflated_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Inflated Hemisphere White Mesh DARTEL Native
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Lwhite_inflated_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Rwhite_inflated_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Lwhite_inflated_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Rwhite_inflated_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Lwhite_inflated_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Rwhite_inflated_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Lwhite_inflated_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Lwhite_inflated_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Rwhite_inflated_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Lwhite_inflated_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Lwhite_inflated_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Lwhite_inflated_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Lwhite_inflated_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Lwhite_inflated_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Rwhite_inflated_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Rwhite_inflated_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Rwhite_inflated_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Rwhite_inflated_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Rwhite_inflated_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Rwhite_inflated_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Lwhite_inflated_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Lwhite_inflated_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Rwhite_inflated_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Lwhite_inflated_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Lwhite_inflated_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Lwhite_inflated_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Rwhite_inflated_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Lwhite_inflated_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Rwhite_inflated_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Rwhite_inflated_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Rwhite_inflated_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Rwhite_inflated_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Inflated Hemisphere White Mesh DISCO
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Lwhite_inflated_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Rwhite_inflated_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Lwhite_inflated_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Rwhite_inflated_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Lwhite_inflated_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Rwhite_inflated_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Lwhite_inflated_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Rwhite_inflated_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Lwhite_inflated_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Rwhite_inflated_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Lwhite_inflated_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Rwhite_inflated_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Lwhite_inflated_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Lwhite_inflated_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Lwhite_inflated_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Rwhite_inflated_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Lwhite_inflated_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Rwhite_inflated_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Lwhite_inflated_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Lwhite_inflated_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Lwhite_inflated_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Lwhite_inflated_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Lwhite_inflated_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Lwhite_inflated_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Lwhite_inflated_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Lwhite_inflated_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Lwhite_inflated_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Rwhite_inflated_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Lwhite_inflated_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Rwhite_inflated_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Rwhite_inflated_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Rwhite_inflated_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Rwhite_inflated_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Rwhite_inflated_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Rwhite_inflated_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Rwhite_inflated_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Rwhite_inflated_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Rwhite_inflated_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Rwhite_inflated_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Rwhite_inflated_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Lwhite_inflated_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Lwhite_inflated_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Lwhite_inflated_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Rwhite_inflated_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Lwhite_inflated_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Rwhite_inflated_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Lwhite_inflated_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Lwhite_inflated_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Lwhite_inflated_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Lwhite_inflated_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Lwhite_inflated_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Rwhite_inflated_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Lwhite_inflated_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Rwhite_inflated_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Lwhite_inflated_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Rwhite_inflated_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Lwhite_inflated_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Rwhite_inflated_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Rwhite_inflated_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Rwhite_inflated_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Rwhite_inflated_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Rwhite_inflated_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Rwhite_inflated_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Rwhite_inflated_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Inflated Hemisphere White Mesh DISCO DARTEL
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Lwhite_inflated_DISCO_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Rwhite_inflated_DISCO_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Lwhite_inflated_DISCO_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Rwhite_inflated_DISCO_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Lwhite_inflated_DISCO_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Rwhite_inflated_DISCO_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Lwhite_inflated_DISCO_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Lwhite_inflated_DISCO_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Rwhite_inflated_DISCO_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Lwhite_inflated_DISCO_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Lwhite_inflated_DISCO_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Lwhite_inflated_DISCO_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Lwhite_inflated_DISCO_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Lwhite_inflated_DISCO_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Rwhite_inflated_DISCO_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Rwhite_inflated_DISCO_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Rwhite_inflated_DISCO_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Rwhite_inflated_DISCO_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Rwhite_inflated_DISCO_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Rwhite_inflated_DISCO_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Lwhite_inflated_DISCO_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Lwhite_inflated_DISCO_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Rwhite_inflated_DISCO_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Lwhite_inflated_DISCO_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Lwhite_inflated_DISCO_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Lwhite_inflated_DISCO_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Rwhite_inflated_DISCO_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Lwhite_inflated_DISCO_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Rwhite_inflated_DISCO_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Rwhite_inflated_DISCO_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Rwhite_inflated_DISCO_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Rwhite_inflated_DISCO_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Inflated Hemisphere White Mesh DISCO DARTEL Native
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Lwhite_inflated_DISCO_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Rwhite_inflated_DISCO_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Lwhite_inflated_DISCO_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Rwhite_inflated_DISCO_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Lwhite_inflated_DISCO_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Rwhite_inflated_DISCO_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Lwhite_inflated_DISCO_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Lwhite_inflated_DISCO_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Rwhite_inflated_DISCO_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Lwhite_inflated_DISCO_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Lwhite_inflated_DISCO_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Lwhite_inflated_DISCO_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Lwhite_inflated_DISCO_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Lwhite_inflated_DISCO_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Rwhite_inflated_DISCO_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Rwhite_inflated_DISCO_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Rwhite_inflated_DISCO_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Rwhite_inflated_DISCO_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Rwhite_inflated_DISCO_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Rwhite_inflated_DISCO_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Lwhite_inflated_DISCO_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Lwhite_inflated_DISCO_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Rwhite_inflated_DISCO_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Lwhite_inflated_DISCO_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Lwhite_inflated_DISCO_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Lwhite_inflated_DISCO_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Rwhite_inflated_DISCO_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Lwhite_inflated_DISCO_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Rwhite_inflated_DISCO_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Rwhite_inflated_DISCO_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Rwhite_inflated_DISCO_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Rwhite_inflated_DISCO_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Inflated Hemisphere White Mesh Inversed DARTEL
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'origin_subject', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLwhite_inflated_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_inflated_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLwhite_inflated_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_inflated_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLwhite_inflated_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_inflated_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLwhite_inflated_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLwhite_inflated_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_inflated_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLwhite_inflated_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLwhite_inflated_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLwhite_inflated_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLwhite_inflated_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLwhite_inflated_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_inflated_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_inflated_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_inflated_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_inflated_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_inflated_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_inflated_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLwhite_inflated_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLwhite_inflated_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_inflated_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLwhite_inflated_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLwhite_inflated_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLwhite_inflated_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_inflated_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLwhite_inflated_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_inflated_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_inflated_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_inflated_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_inflated_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Inflated Hemisphere White Mesh Inversed DARTEL Dest Native
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'origin_subject', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLwhite_inflated_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_inflated_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLwhite_inflated_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_inflated_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLwhite_inflated_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_inflated_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLwhite_inflated_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLwhite_inflated_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_inflated_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLwhite_inflated_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLwhite_inflated_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLwhite_inflated_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLwhite_inflated_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
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automatically_labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLwhite_inflated_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_inflated_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_inflated_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_inflated_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_inflated_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_inflated_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('right', '', '') ()
Priority offset: 0
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_inflated_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', '', '') ()
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLwhite_inflated_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', '', 'No') ()
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLwhite_inflated_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_inflated_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
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Formats: 'BrainVISA mesh formats'
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Formats: 'BrainVISA mesh formats'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLwhite_inflated_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
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Formats: 'BrainVISA mesh formats'
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Formats: 'BrainVISA mesh formats'
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Formats: 'BrainVISA mesh formats'
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Priority offset: 0
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_inflated_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_inflated_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
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Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_inflated_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
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automatically_labelled = 'No'
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Inflated Hemisphere White Mesh Inversed DARTEL Origin Native
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'origin_subject', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLwhite_inflated_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_inflated_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLwhite_inflated_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '', '') ()
Priority offset: 0
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_inflated_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLwhite_inflated_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_inflated_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
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Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
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Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_inflated_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'No', '') ()
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLwhite_inflated_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('left', '', '') ()
Priority offset: 0
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLwhite_inflated_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLwhite_inflated_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLwhite_inflated_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
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Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_inflated_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_inflated_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_inflated_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_inflated_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_inflated_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('right', '', '') ()
Priority offset: 0
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_inflated_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLwhite_inflated_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
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best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLwhite_inflated_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_inflated_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: 'BrainVISA mesh formats'
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Formats: 'BrainVISA mesh formats'
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Formats: 'BrainVISA mesh formats'
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Priority offset: 0
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Formats: 'BrainVISA mesh formats'
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Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes', '') ()
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Formats: 'BrainVISA mesh formats'
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Formats: 'BrainVISA mesh formats'
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Priority offset: 0
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_inflated_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: 'BrainVISA mesh formats'
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Formats: 'BrainVISA mesh formats'
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Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
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Inflated Hemisphere White Mesh Inversed DARTEL Origin Native Dest Native
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'origin_subject', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLwhite_inflated_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_inflated_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLwhite_inflated_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '', '') ()
Priority offset: 0
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_inflated_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '', '') ()
Priority offset: 0
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLwhite_inflated_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_inflated_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', '') ()
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Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
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Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
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Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLwhite_inflated_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('left', '', '') ()
Priority offset: 0
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLwhite_inflated_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLwhite_inflated_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLwhite_inflated_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('left', 'No', '') ()
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Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_inflated_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_inflated_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_inflated_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_inflated_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('right', '', 'Yes') ()
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_inflated_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('right', '', '') ()
Priority offset: 0
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_inflated_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLwhite_inflated_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLwhite_inflated_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_inflated_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLwhite_inflated_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
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Inflated Hemisphere White Mesh Inversed DARTEL and DISCO
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'Template', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

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Inflated Hemisphere White Mesh Inversed DARTEL and DISCO Dest Native
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'Template', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
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Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

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Inflated Hemisphere White Mesh Inversed DARTEL and DISCO Origin Native
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'Template', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

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Inflated Hemisphere White Mesh Inversed DARTEL and DISCO Origin Native Dest Native
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'Template', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
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Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

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Inflated Hemisphere White Mesh Inversed DISCO
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
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Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Lwhite_inflated_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
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Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Lwhite_inflated_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Lwhite_inflated_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Lwhite_inflated_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Lwhite_inflated_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Rwhite_inflated_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Rwhite_inflated_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Rwhite_inflated_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Rwhite_inflated_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Rwhite_inflated_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Rwhite_inflated_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Lwhite_inflated_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Lwhite_inflated_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Rwhite_inflated_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Lwhite_inflated_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Lwhite_inflated_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Lwhite_inflated_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Rwhite_inflated_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Lwhite_inflated_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Rwhite_inflated_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Rwhite_inflated_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Rwhite_inflated_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Rwhite_inflated_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Intracranial labels
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['center', 'subject', 'acquisition', 'space', 'modality', 'processing', 'tracer', 'analysis', 'ROI']
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

Rules selection key: ['space', 'modality'] ['processing', 'tracer', 'analysis', 'ROI']

{center}/{subject}/volBrain/{acquisition}/native/<subject>_native_crisp

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') (True, True, True, True)
Priority offset: 0
processing = ''
tracer = ''
analysis = ''
ROI = ''
modality = 'volBrain'
space = 'native'

{center}/{subject}/volBrain/{acquisition}/mni/<subject>_mni_crisp

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') (True, True, True, True)
Priority offset: 0
processing = ''
tracer = ''
analysis = ''
ROI = ''
modality = 'volBrain'
space = 'mni'

{center}/{subject}/assemblyNet/{acquisition}/mni_tissues_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') (True, True, True, True)
Priority offset: 0
processing = ''
tracer = ''
analysis = ''
ROI = ''
modality = 'assemblyNet'
space = 'mni'

{center}/{subject}/assemblyNet/{acquisition}/native_tissues_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') (True, True, True, True)
Priority offset: 0
processing = ''
tracer = ''
analysis = ''
ROI = ''
modality = 'assemblyNet'
space = 'native'

{center}/{subject}/vol2Brain/{acquisition}/mni_tissues_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') (True, True, True, True)
Priority offset: 0
processing = ''
tracer = ''
analysis = ''
ROI = ''
modality = 'vol2Brain'
space = 'mni'

{center}/{subject}/vol2Brain/{acquisition}/native_tissues_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') (True, True, True, True)
Priority offset: 0
processing = ''
tracer = ''
analysis = ''
ROI = ''
modality = 'vol2Brain'
space = 'native'

{center}/{subject}/volBrain/{acquisition}/native/<subject>_native_crisp

Formats: 'BrainVISA volume formats'
Rule selection key: ('native', '') (True, True, True, True)
Priority offset: 0
processing = ''
tracer = ''
analysis = ''
ROI = ''
modality = 'volBrain'
space = 'native'

{center}/{subject}/assemblyNet/{acquisition}/native_tissues_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('native', '') (True, True, True, True)
Priority offset: 0
processing = ''
tracer = ''
analysis = ''
ROI = ''
modality = 'assemblyNet'
space = 'native'

{center}/{subject}/vol2Brain/{acquisition}/native_tissues_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('native', '') (True, True, True, True)
Priority offset: 0
processing = ''
tracer = ''
analysis = ''
ROI = ''
modality = 'vol2Brain'
space = 'native'

{center}/{subject}/volBrain/{acquisition}/native/<subject>_native_crisp

Formats: 'BrainVISA volume formats'
Rule selection key: ('native', 'volBrain') (True, True, True, True)
Priority offset: 0
processing = ''
tracer = ''
analysis = ''
ROI = ''
modality = 'volBrain'
space = 'native'

{center}/{subject}/volBrain/{acquisition}/native/<subject>_native_crisp

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'volBrain') (True, True, True, True)
Priority offset: 0
processing = ''
tracer = ''
analysis = ''
ROI = ''
modality = 'volBrain'
space = 'native'

{center}/{subject}/volBrain/{acquisition}/mni/<subject>_mni_crisp

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'volBrain') (True, True, True, True)
Priority offset: 0
processing = ''
tracer = ''
analysis = ''
ROI = ''
modality = 'volBrain'
space = 'mni'

{center}/{subject}/volBrain/{acquisition}/mni/<subject>_mni_crisp

Formats: 'BrainVISA volume formats'
Rule selection key: ('mni', 'volBrain') (True, True, True, True)
Priority offset: 0
processing = ''
tracer = ''
analysis = ''
ROI = ''
modality = 'volBrain'
space = 'mni'

{center}/{subject}/volBrain/{acquisition}/mni/<subject>_mni_crisp

Formats: 'BrainVISA volume formats'
Rule selection key: ('mni', '') (True, True, True, True)
Priority offset: 0
processing = ''
tracer = ''
analysis = ''
ROI = ''
modality = 'volBrain'
space = 'mni'

{center}/{subject}/assemblyNet/{acquisition}/mni_tissues_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('mni', '') (True, True, True, True)
Priority offset: 0
processing = ''
tracer = ''
analysis = ''
ROI = ''
modality = 'assemblyNet'
space = 'mni'

{center}/{subject}/vol2Brain/{acquisition}/mni_tissues_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('mni', '') (True, True, True, True)
Priority offset: 0
processing = ''
tracer = ''
analysis = ''
ROI = ''
modality = 'vol2Brain'
space = 'mni'

{center}/{subject}/assemblyNet/{acquisition}/mni_tissues_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('mni', 'assemblyNet') (True, True, True, True)
Priority offset: 0
processing = ''
tracer = ''
analysis = ''
ROI = ''
modality = 'assemblyNet'
space = 'mni'

{center}/{subject}/assemblyNet/{acquisition}/mni_tissues_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'assemblyNet') (True, True, True, True)
Priority offset: 0
processing = ''
tracer = ''
analysis = ''
ROI = ''
modality = 'assemblyNet'
space = 'mni'

{center}/{subject}/assemblyNet/{acquisition}/native_tissues_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'assemblyNet') (True, True, True, True)
Priority offset: 0
processing = ''
tracer = ''
analysis = ''
ROI = ''
modality = 'assemblyNet'
space = 'native'

{center}/{subject}/assemblyNet/{acquisition}/native_tissues_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('native', 'assemblyNet') (True, True, True, True)
Priority offset: 0
processing = ''
tracer = ''
analysis = ''
ROI = ''
modality = 'assemblyNet'
space = 'native'

{center}/{subject}/vol2Brain/{acquisition}/mni_tissues_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'vol2Brain') (True, True, True, True)
Priority offset: 0
processing = ''
tracer = ''
analysis = ''
ROI = ''
modality = 'vol2Brain'
space = 'mni'

{center}/{subject}/vol2Brain/{acquisition}/native_tissues_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'vol2Brain') (True, True, True, True)
Priority offset: 0
processing = ''
tracer = ''
analysis = ''
ROI = ''
modality = 'vol2Brain'
space = 'native'

{center}/{subject}/vol2Brain/{acquisition}/mni_tissues_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('mni', 'vol2Brain') (True, True, True, True)
Priority offset: 0
processing = ''
tracer = ''
analysis = ''
ROI = ''
modality = 'vol2Brain'
space = 'mni'

{center}/{subject}/vol2Brain/{acquisition}/native_tissues_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('native', 'vol2Brain') (True, True, True, True)
Priority offset: 0
processing = ''
tracer = ''
analysis = ''
ROI = ''
modality = 'vol2Brain'
space = 'native'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/spect{tracer}/{analysis}/mni_space/<subject>_{ROI}_labels

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') (False, False, False, False)
Priority offset: 0

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}/spect{tracer}_space/<subject>_{ROI}_labels

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') (False, False, False, False)
Priority offset: 0
space = 'spect'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}/mni_space/<subject>_{ROI}_labels

Formats: 'BrainVISA volume formats'
Rule selection key: ('mni', '') (False, True, False, False)
Priority offset: 0
tracer = ''
space = 'mni'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}/mni_space/<subject>_{ROI}_labels

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') (False, True, False, False)
Priority offset: 0
tracer = ''
space = 'mni'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}/spect{tracer}_space/<subject>_{ROI}_labels

Formats: 'BrainVISA volume formats'
Rule selection key: ('spect', '') (False, False, False, False)
Priority offset: 0
space = 'spect'

Intracranial mask
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['center', 'subject', 'acquisition', 'space', 'modality', 'processing', 'tracer', 'analysis', 'ROI']
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

Rules selection key: ['space', 'modality'] ['processing', 'tracer', 'analysis', 'ROI']

{center}/{subject}/volBrain/{acquisition}/native/<subject>_native_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') (True, True, True, True)
Priority offset: 0
processing = ''
tracer = ''
analysis = ''
ROI = ''
modality = 'volBrain'
space = 'native'

{center}/{subject}/volBrain/{acquisition}/mni/<subject>_mni_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') (True, True, True, True)
Priority offset: 0
processing = ''
tracer = ''
analysis = ''
ROI = ''
modality = 'volBrain'
space = 'mni'

{center}/{subject}/assemblyNet/{acquisition}/mni_mask_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') (True, True, True, True)
Priority offset: 0
processing = ''
tracer = ''
analysis = ''
ROI = ''
modality = 'assemblyNet'
space = 'mni'

{center}/{subject}/assemblyNet/{acquisition}/native_mask_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') (True, True, True, True)
Priority offset: 0
processing = ''
tracer = ''
analysis = ''
ROI = ''
modality = 'assemblyNet'
space = 'native'

{center}/{subject}/vol2Brain/{acquisition}/mni_mask_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') (True, True, True, True)
Priority offset: 0
processing = ''
tracer = ''
analysis = ''
ROI = ''
modality = 'vol2Brain'
space = 'mni'

{center}/{subject}/vol2Brain/{acquisition}/native_mask_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') (True, True, True, True)
Priority offset: 0
processing = ''
tracer = ''
analysis = ''
ROI = ''
modality = 'vol2Brain'
space = 'native'

{center}/{subject}/volBrain/{acquisition}/native/<subject>_native_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('native', '') (True, True, True, True)
Priority offset: 0
processing = ''
tracer = ''
analysis = ''
ROI = ''
modality = 'volBrain'
space = 'native'

{center}/{subject}/assemblyNet/{acquisition}/native_mask_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('native', '') (True, True, True, True)
Priority offset: 0
processing = ''
tracer = ''
analysis = ''
ROI = ''
modality = 'assemblyNet'
space = 'native'

{center}/{subject}/vol2Brain/{acquisition}/native_mask_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('native', '') (True, True, True, True)
Priority offset: 0
processing = ''
tracer = ''
analysis = ''
ROI = ''
modality = 'vol2Brain'
space = 'native'

{center}/{subject}/volBrain/{acquisition}/native/<subject>_native_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('native', 'volBrain') (True, True, True, True)
Priority offset: 0
processing = ''
tracer = ''
analysis = ''
ROI = ''
modality = 'volBrain'
space = 'native'

{center}/{subject}/volBrain/{acquisition}/native/<subject>_native_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'volBrain') (True, True, True, True)
Priority offset: 0
processing = ''
tracer = ''
analysis = ''
ROI = ''
modality = 'volBrain'
space = 'native'

{center}/{subject}/volBrain/{acquisition}/mni/<subject>_mni_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'volBrain') (True, True, True, True)
Priority offset: 0
processing = ''
tracer = ''
analysis = ''
ROI = ''
modality = 'volBrain'
space = 'mni'

{center}/{subject}/volBrain/{acquisition}/mni/<subject>_mni_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('mni', 'volBrain') (True, True, True, True)
Priority offset: 0
processing = ''
tracer = ''
analysis = ''
ROI = ''
modality = 'volBrain'
space = 'mni'

{center}/{subject}/volBrain/{acquisition}/mni/<subject>_mni_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('mni', '') (True, True, True, True)
Priority offset: 0
processing = ''
tracer = ''
analysis = ''
ROI = ''
modality = 'volBrain'
space = 'mni'

{center}/{subject}/assemblyNet/{acquisition}/mni_mask_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('mni', '') (True, True, True, True)
Priority offset: 0
processing = ''
tracer = ''
analysis = ''
ROI = ''
modality = 'assemblyNet'
space = 'mni'

{center}/{subject}/vol2Brain/{acquisition}/mni_mask_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('mni', '') (True, True, True, True)
Priority offset: 0
processing = ''
tracer = ''
analysis = ''
ROI = ''
modality = 'vol2Brain'
space = 'mni'

{center}/{subject}/assemblyNet/{acquisition}/mni_mask_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('mni', 'assemblyNet') (True, True, True, True)
Priority offset: 0
processing = ''
tracer = ''
analysis = ''
ROI = ''
modality = 'assemblyNet'
space = 'mni'

{center}/{subject}/assemblyNet/{acquisition}/mni_mask_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'assemblyNet') (True, True, True, True)
Priority offset: 0
processing = ''
tracer = ''
analysis = ''
ROI = ''
modality = 'assemblyNet'
space = 'mni'

{center}/{subject}/assemblyNet/{acquisition}/native_mask_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'assemblyNet') (True, True, True, True)
Priority offset: 0
processing = ''
tracer = ''
analysis = ''
ROI = ''
modality = 'assemblyNet'
space = 'native'

{center}/{subject}/assemblyNet/{acquisition}/native_mask_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('native', 'assemblyNet') (True, True, True, True)
Priority offset: 0
processing = ''
tracer = ''
analysis = ''
ROI = ''
modality = 'assemblyNet'
space = 'native'

{center}/{subject}/vol2Brain/{acquisition}/mni_mask_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'vol2Brain') (True, True, True, True)
Priority offset: 0
processing = ''
tracer = ''
analysis = ''
ROI = ''
modality = 'vol2Brain'
space = 'mni'

{center}/{subject}/vol2Brain/{acquisition}/native_mask_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'vol2Brain') (True, True, True, True)
Priority offset: 0
processing = ''
tracer = ''
analysis = ''
ROI = ''
modality = 'vol2Brain'
space = 'native'

{center}/{subject}/vol2Brain/{acquisition}/mni_mask_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('mni', 'vol2Brain') (True, True, True, True)
Priority offset: 0
processing = ''
tracer = ''
analysis = ''
ROI = ''
modality = 'vol2Brain'
space = 'mni'

{center}/{subject}/vol2Brain/{acquisition}/native_mask_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('native', 'vol2Brain') (True, True, True, True)
Priority offset: 0
processing = ''
tracer = ''
analysis = ''
ROI = ''
modality = 'vol2Brain'
space = 'native'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/spect{tracer}/{analysis}/mni_space/<subject>_{ROI}_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') (False, False, False, False)
Priority offset: 0

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}/spect{tracer}_space/<subject>_{ROI}_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') (False, False, False, False)
Priority offset: 0
space = 'spect'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}/mni_space/<subject>_{ROI}_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('mni', '') (False, True, False, False)
Priority offset: 0
tracer = ''
space = 'mni'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}/mni_space/<subject>_{ROI}_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') (False, True, False, False)
Priority offset: 0
tracer = ''
space = 'mni'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}/spect{tracer}_space/<subject>_{ROI}_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('spect', '') (False, False, False, False)
Priority offset: 0
space = 'spect'

Jacobian determinant
Parent types:
3D Volume
4D Volume
Any Type

Key: ['center', 'subject', 'acquisition_sequence', 'analysis', 'acquisition', 'processing', 'template', 'prefix']
Default attributes values:
center = 'subjects'
analysis = 'default_analysis'

Rules selection key: ['processing'] ['template', 'prefix', 'acquisition_sequence']
{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/j_<subject>_avg_<acquisition_sequence>_to_{acquisition}

Formats: 'BrainVISA volume formats'
Rule selection key: ('spm12Serial',) (True, True, False)
Priority offset: 0
template = ''
prefix = ''
processing = 'spm12Serial'
space = 'average'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/j_<subject>_avg_<acquisition_sequence>_to_{acquisition}

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (True, True, False)
Priority offset: 0
template = ''
prefix = ''
processing = 'spm12Serial'
space = 'average'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/j_<subject>_avg_<acquisition_sequence>_to_{acquisition}

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (True, True, False)
Priority offset: 0
template = ''
prefix = ''
processing = 'spm12Pairwise'
space = 'average'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/j_<subject>_avg_<acquisition_sequence>_to_{acquisition}

Formats: 'BrainVISA volume formats'
Rule selection key: ('spm12Pairwise',) (True, True, False)
Priority offset: 0
template = ''
prefix = ''
processing = 'spm12Pairwise'
space = 'average'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wj_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('cat12Segment',) (True, True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
prefix = ''
processing = 'cat12Segment'
space = 't1mri'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wj_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (True, True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
prefix = ''
processing = 'cat12Segment'
space = 't1mri'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_jacobian_warped

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm12Segment'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_jacobian_warped

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm8VBMSegmentation'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_jacobian_warped

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm8NewSegment'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_jacobian_warped

Formats: 'BrainVISA volume formats'
Rule selection key: ('spm12Segment',) (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm12Segment'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_jacobian_warped

Formats: 'BrainVISA volume formats'
Rule selection key: ('spm8VBMSegmentation',) (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm8VBMSegmentation'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_jacobian_warped

Formats: 'BrainVISA volume formats'
Rule selection key: ('spm8NewSegment',) (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm8NewSegment'

{center}/{subject}/spm/spm12Shoot/{acquisition}/{analysis}_using_{template}GS/j_{prefix}<subject>_Template

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (False, False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Shoot'

{center}/{subject}/spm/spm12Shoot/{acquisition}/{analysis}_using_{template}GS/j_{prefix}<subject>_Template

Formats: 'BrainVISA volume formats'
Rule selection key: ('spm12Shoot',) (False, False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Shoot'

Jacobian rate
Parent types:
3D Volume
4D Volume
Any Type

Key: ['center', 'subject', 'acquisition_sequence', 'analysis', 'baseline', 'followup', 'processing']
Default attributes values:
center = 'subjects'
analysis = 'default_analysis'

Rules selection key: ['processing'] []

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/jd_<subject>_{baseline}_{followup}

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) ()
Priority offset: 0
processing = 'spm12Serial'
space = 'average'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/jd_<subject>_{baseline}_{followup}

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) ()
Priority offset: 0
processing = 'spm12Pairwise'
space = 'average'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/jd_<subject>_{baseline}_{followup}

Formats: 'BrainVISA volume formats'
Rule selection key: ('spm12Serial',) ()
Priority offset: 0
processing = 'spm12Serial'
space = 'average'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/jd_<subject>_{baseline}_{followup}

Formats: 'BrainVISA volume formats'
Rule selection key: ('spm12Pairwise',) ()
Priority offset: 0
processing = 'spm12Pairwise'
space = 'average'

Labelled Cortical folds graph
Parent types:
Cortical folds graph
Data graph
Graph
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'side', 'manually_labelled', 'automatically_labelled', 'best']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'
graph_version = '3.1'
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled', 'best'] []

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/L<subject>_<sulci_recognition_session>_best

Formats: ['Graph and data']
Rule selection key: ('', 'No', 'Yes', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
parallel_recognition = 'No'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/R<subject>_<sulci_recognition_session>_best

Formats: ['Graph and data']
Rule selection key: ('', 'No', 'Yes', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'
parallel_recognition = 'No'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/L<subject>_<sulci_recognition_session>_auto

Formats: ['Graph and data']
Rule selection key: ('', 'No', 'Yes', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
parallel_recognition = 'No'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/R<subject>_<sulci_recognition_session>_auto

Formats: ['Graph and data']
Rule selection key: ('', 'No', 'Yes', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
parallel_recognition = 'No'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/L<subject>_<sulci_recognition_session>_best

Formats: ['Graph and data']
Rule selection key: ('', '', '', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
parallel_recognition = 'No'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/R<subject>_<sulci_recognition_session>_best

Formats: ['Graph and data']
Rule selection key: ('', '', '', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'
parallel_recognition = 'No'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/L<subject>_<sulci_recognition_session>_auto

Formats: ['Graph and data']
Rule selection key: ('', '', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
parallel_recognition = 'No'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/R<subject>_<sulci_recognition_session>_auto

Formats: ['Graph and data']
Rule selection key: ('', '', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
parallel_recognition = 'No'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/L<subject>_<sulci_recognition_session>_manual

Formats: ['Graph and data']
Rule selection key: ('', '', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
parallel_recognition = 'No'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/R<subject>_<sulci_recognition_session>_manual

Formats: ['Graph and data']
Rule selection key: ('', '', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
parallel_recognition = 'No'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/L<subject>_<sulci_recognition_session>_auto

Formats: ['Graph and data']
Rule selection key: ('', 'No', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
parallel_recognition = 'No'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/R<subject>_<sulci_recognition_session>_auto

Formats: ['Graph and data']
Rule selection key: ('', 'No', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
parallel_recognition = 'No'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/L<subject>_<sulci_recognition_session>_auto

Formats: ['Graph and data']
Rule selection key: ('left', 'No', 'Yes', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
parallel_recognition = 'No'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/L<subject>_<sulci_recognition_session>_best

Formats: ['Graph and data']
Rule selection key: ('', 'No', '', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
parallel_recognition = 'No'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/R<subject>_<sulci_recognition_session>_best

Formats: ['Graph and data']
Rule selection key: ('', 'No', '', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'
parallel_recognition = 'No'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/L<subject>_<sulci_recognition_session>_auto

Formats: ['Graph and data']
Rule selection key: ('', 'No', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
parallel_recognition = 'No'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/R<subject>_<sulci_recognition_session>_auto

Formats: ['Graph and data']
Rule selection key: ('', 'No', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
parallel_recognition = 'No'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/L<subject>_<sulci_recognition_session>_auto

Formats: ['Graph and data']
Rule selection key: ('', 'No', 'Yes', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
parallel_recognition = 'No'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/R<subject>_<sulci_recognition_session>_auto

Formats: ['Graph and data']
Rule selection key: ('', 'No', 'Yes', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
parallel_recognition = 'No'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/L<subject>_<sulci_recognition_session>_best

Formats: ['Graph and data']
Rule selection key: ('', '', 'Yes', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'
parallel_recognition = 'No'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/R<subject>_<sulci_recognition_session>_best

Formats: ['Graph and data']
Rule selection key: ('', '', 'Yes', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'
parallel_recognition = 'No'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/L<subject>_<sulci_recognition_session>_auto

Formats: ['Graph and data']
Rule selection key: ('', '', 'Yes', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
parallel_recognition = 'No'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/R<subject>_<sulci_recognition_session>_auto

Formats: ['Graph and data']
Rule selection key: ('', '', 'Yes', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
parallel_recognition = 'No'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/L<subject>_<sulci_recognition_session>_auto

Formats: ['Graph and data']
Rule selection key: ('left', '', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
parallel_recognition = 'No'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/L<subject>_<sulci_recognition_session>_manual

Formats: ['Graph and data']
Rule selection key: ('left', '', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
parallel_recognition = 'No'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/L<subject>_<sulci_recognition_session>_best

Formats: ['Graph and data']
Rule selection key: ('left', '', '', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/L<subject>_<sulci_recognition_session>_manual

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', '', 'No') ()
Priority offset: 0
acquisition_date = ''
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/R<subject>_<sulci_recognition_session>_manual

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', '', 'No') ()
Priority offset: 0
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/R<subject>_<sulci_recognition_session>_manual

Formats: ['Graph and data']
Rule selection key: ('right', 'Yes', 'No', 'No') ()
Priority offset: 0
acquisition_date = ''
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/R<subject>_<sulci_recognition_session>_manual

Formats: ['Graph and data']
Rule selection key: ('right', '', 'No', '') ()
Priority offset: 0
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/R<subject>_<sulci_recognition_session>_manual

Formats: ['Graph and data']
Rule selection key: ('right', 'Yes', '', '') ()
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/R<subject>_<sulci_recognition_session>_manual

Formats: ['Graph and data']
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/R<subject>_<sulci_recognition_session>_manual

Formats: ['Graph and data']
Rule selection key: ('right', 'Yes', 'No', '') ()
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/R<subject>_<sulci_recognition_session>_manual

Formats: ['Graph and data']
Rule selection key: ('right', '', 'No', 'No') ()
Priority offset: 0
acquisition_date = ''
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/L<subject>_<sulci_recognition_session>_best

Formats: ['Graph and data']
Rule selection key: ('left', 'No', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/L<subject>_<sulci_recognition_session>_best

Formats: ['Graph and data']
Rule selection key: ('', 'No', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/R<subject>_<sulci_recognition_session>_best

Formats: ['Graph and data']
Rule selection key: ('', 'No', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/L<subject>_<sulci_recognition_session>_best

Formats: ['Graph and data']
Rule selection key: ('left', '', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/L<subject>_<sulci_recognition_session>_best

Formats: ['Graph and data']
Rule selection key: ('', '', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/R<subject>_<sulci_recognition_session>_best

Formats: ['Graph and data']
Rule selection key: ('', '', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/L<subject>_<sulci_recognition_session>_best

Formats: ['Graph and data']
Rule selection key: ('', '', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/R<subject>_<sulci_recognition_session>_best

Formats: ['Graph and data']
Rule selection key: ('', '', '', 'Yes') ()
Priority offset: -1
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/L<subject>_<sulci_recognition_session>_best

Formats: ['Graph and data']
Rule selection key: ('left', 'No', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/L<subject>_<sulci_recognition_session>_best

Formats: ['Graph and data']
Rule selection key: ('left', '', '', 'Yes') ()
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/L<subject>_<sulci_recognition_session>_best

Formats: ['Graph and data']
Rule selection key: ('', 'No', '', 'Yes') ()
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acquisition_date = ''
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/R<subject>_<sulci_recognition_session>_best

Formats: ['Graph and data']
Rule selection key: ('', 'No', '', 'Yes') ()
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/R<subject>_<sulci_recognition_session>_best

Formats: ['Graph and data']
Rule selection key: ('right', 'No', '', 'Yes') ()
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/R<subject>_<sulci_recognition_session>_best

Formats: ['Graph and data']
Rule selection key: ('right', 'No', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/R<subject>_<sulci_recognition_session>_best

Formats: ['Graph and data']
Rule selection key: ('right', '', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/R<subject>_<sulci_recognition_session>_best

Formats: ['Graph and data']
Rule selection key: ('right', '', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
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modality = 't1mri'
labelled = 'Yes'
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best = 'Yes'
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parallel_recognition = 'No'

Labelled Cortical folds graph DARTEL
Parent types:
Cortical folds graph
Data graph
Graph
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_LGraph_<Template>

Formats: ['Graph and data']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_RGraph_<Template>

Formats: ['Graph and data']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_LGraph_<Template>

Formats: ['Graph and data']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
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automatically_labelled = 'Yes'
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side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_RGraph_<Template>

Formats: ['Graph and data']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
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side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_LGraph_<Template>

Formats: ['Graph and data']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_RGraph_<Template>

Formats: ['Graph and data']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
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side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_LGraph_<Template>

Formats: ['Graph and data']
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_LGraph_<Template>

Formats: ['Graph and data']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
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best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_RGraph_<Template>

Formats: ['Graph and data']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_LGraph_<Template>

Formats: ['Graph and data']
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_LGraph_<Template>

Formats: ['Graph and data']
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_LGraph_<Template>

Formats: ['Graph and data']
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_LGraph_<Template>

Formats: ['Graph and data']
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_LGraph_<Template>

Formats: ['Graph and data']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_RGraph_<Template>

Formats: ['Graph and data']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_RGraph_<Template>

Formats: ['Graph and data']
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_RGraph_<Template>

Formats: ['Graph and data']
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_RGraph_<Template>

Formats: ['Graph and data']
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_RGraph_<Template>

Formats: ['Graph and data']
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_RGraph_<Template>

Formats: ['Graph and data']
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_LGraph_<Template>

Formats: ['Graph and data']
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_LGraph_<Template>

Formats: ['Graph and data']
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_RGraph_<Template>

Formats: ['Graph and data']
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_LGraph_<Template>

Formats: ['Graph and data']
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_LGraph_<Template>

Formats: ['Graph and data']
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_LGraph_<Template>

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_RGraph_<Template>

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_LGraph_<Template>

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_RGraph_<Template>

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_RGraph_<Template>

Formats: ['Graph and data']
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_RGraph_<Template>

Formats: ['Graph and data']
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_RGraph_<Template>

Formats: ['Graph and data']
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Labelled Cortical folds graph DARTEL Native
Parent types:
Cortical folds graph
Data graph
Graph
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_native_<acquisition>_<analysis>_LGraph_<Template>

Formats: ['Graph and data']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_native_<acquisition>_<analysis>_RGraph_<Template>

Formats: ['Graph and data']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_native_<acquisition>_<analysis>_LGraph_<Template>

Formats: ['Graph and data']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_native_<acquisition>_<analysis>_RGraph_<Template>

Formats: ['Graph and data']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_native_<acquisition>_<analysis>_LGraph_<Template>

Formats: ['Graph and data']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_native_<acquisition>_<analysis>_RGraph_<Template>

Formats: ['Graph and data']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_native_<acquisition>_<analysis>_LGraph_<Template>

Formats: ['Graph and data']
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_native_<acquisition>_<analysis>_LGraph_<Template>

Formats: ['Graph and data']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_native_<acquisition>_<analysis>_RGraph_<Template>

Formats: ['Graph and data']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_native_<acquisition>_<analysis>_LGraph_<Template>

Formats: ['Graph and data']
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_native_<acquisition>_<analysis>_LGraph_<Template>

Formats: ['Graph and data']
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_native_<acquisition>_<analysis>_LGraph_<Template>

Formats: ['Graph and data']
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_native_<acquisition>_<analysis>_LGraph_<Template>

Formats: ['Graph and data']
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_native_<acquisition>_<analysis>_LGraph_<Template>

Formats: ['Graph and data']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_native_<acquisition>_<analysis>_RGraph_<Template>

Formats: ['Graph and data']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_native_<acquisition>_<analysis>_RGraph_<Template>

Formats: ['Graph and data']
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_native_<acquisition>_<analysis>_RGraph_<Template>

Formats: ['Graph and data']
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_native_<acquisition>_<analysis>_RGraph_<Template>

Formats: ['Graph and data']
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_native_<acquisition>_<analysis>_RGraph_<Template>

Formats: ['Graph and data']
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_native_<acquisition>_<analysis>_RGraph_<Template>

Formats: ['Graph and data']
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_native_<acquisition>_<analysis>_LGraph_<Template>

Formats: ['Graph and data']
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_native_<acquisition>_<analysis>_LGraph_<Template>

Formats: ['Graph and data']
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_native_<acquisition>_<analysis>_RGraph_<Template>

Formats: ['Graph and data']
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_native_<acquisition>_<analysis>_LGraph_<Template>

Formats: ['Graph and data']
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_native_<acquisition>_<analysis>_LGraph_<Template>

Formats: ['Graph and data']
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_native_<acquisition>_<analysis>_LGraph_<Template>

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_native_<acquisition>_<analysis>_RGraph_<Template>

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_native_<acquisition>_<analysis>_LGraph_<Template>

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_native_<acquisition>_<analysis>_RGraph_<Template>

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_native_<acquisition>_<analysis>_RGraph_<Template>

Formats: ['Graph and data']
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_native_<acquisition>_<analysis>_RGraph_<Template>

Formats: ['Graph and data']
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_native_<acquisition>_<analysis>_RGraph_<Template>

Formats: ['Graph and data']
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Labelled Cortical folds graph DARTEL Talairach
Parent types:
Cortical folds graph
Data graph
Graph
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_LGraph_<Template>_Tal

Formats: ['Graph and data']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_RGraph_<Template>_Tal

Formats: ['Graph and data']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_LGraph_<Template>_Tal

Formats: ['Graph and data']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_RGraph_<Template>_Tal

Formats: ['Graph and data']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_LGraph_<Template>_Tal

Formats: ['Graph and data']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_RGraph_<Template>_Tal

Formats: ['Graph and data']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_LGraph_<Template>_Tal

Formats: ['Graph and data']
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_LGraph_<Template>_Tal

Formats: ['Graph and data']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_RGraph_<Template>_Tal

Formats: ['Graph and data']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_LGraph_<Template>_Tal

Formats: ['Graph and data']
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_LGraph_<Template>_Tal

Formats: ['Graph and data']
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_LGraph_<Template>_Tal

Formats: ['Graph and data']
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_LGraph_<Template>_Tal

Formats: ['Graph and data']
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_LGraph_<Template>_Tal

Formats: ['Graph and data']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_RGraph_<Template>_Tal

Formats: ['Graph and data']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_RGraph_<Template>_Tal

Formats: ['Graph and data']
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_RGraph_<Template>_Tal

Formats: ['Graph and data']
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_RGraph_<Template>_Tal

Formats: ['Graph and data']
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_RGraph_<Template>_Tal

Formats: ['Graph and data']
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_RGraph_<Template>_Tal

Formats: ['Graph and data']
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_LGraph_<Template>_Tal

Formats: ['Graph and data']
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_LGraph_<Template>_Tal

Formats: ['Graph and data']
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_RGraph_<Template>_Tal

Formats: ['Graph and data']
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_LGraph_<Template>_Tal

Formats: ['Graph and data']
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_LGraph_<Template>_Tal

Formats: ['Graph and data']
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_LGraph_<Template>_Tal

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_RGraph_<Template>_Tal

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_LGraph_<Template>_Tal

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_RGraph_<Template>_Tal

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_RGraph_<Template>_Tal

Formats: ['Graph and data']
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_RGraph_<Template>_Tal

Formats: ['Graph and data']
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_RGraph_<Template>_Tal

Formats: ['Graph and data']
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Labelled Cortical folds graph DISCO
Parent types:
Cortical folds graph
Data graph
Graph
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed

Formats: ['Graph and data']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed

Formats: ['Graph and data']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed

Formats: ['Graph and data']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed

Formats: ['Graph and data']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed

Formats: ['Graph and data']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed

Formats: ['Graph and data']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed

Formats: ['Graph and data']
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed

Formats: ['Graph and data']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed

Formats: ['Graph and data']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed

Formats: ['Graph and data']
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed

Formats: ['Graph and data']
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed

Formats: ['Graph and data']
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed

Formats: ['Graph and data']
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed

Formats: ['Graph and data']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed

Formats: ['Graph and data']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed

Formats: ['Graph and data']
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed

Formats: ['Graph and data']
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed

Formats: ['Graph and data']
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed

Formats: ['Graph and data']
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed

Formats: ['Graph and data']
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed

Formats: ['Graph and data']
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed

Formats: ['Graph and data']
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed

Formats: ['Graph and data']
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed

Formats: ['Graph and data']
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed

Formats: ['Graph and data']
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed

Formats: ['Graph and data']
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed

Formats: ['Graph and data']
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed

Formats: ['Graph and data']
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Labelled Cortical folds graph DISCO DARTEL
Parent types:
Cortical folds graph
Data graph
Graph
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>

Formats: ['Graph and data']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_RGraph_DISCO_<Template>

Formats: ['Graph and data']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>

Formats: ['Graph and data']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_RGraph_DISCO_<Template>

Formats: ['Graph and data']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>

Formats: ['Graph and data']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_RGraph_DISCO_<Template>

Formats: ['Graph and data']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>

Formats: ['Graph and data']
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>

Formats: ['Graph and data']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_RGraph_DISCO_<Template>

Formats: ['Graph and data']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>

Formats: ['Graph and data']
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>

Formats: ['Graph and data']
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>

Formats: ['Graph and data']
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>

Formats: ['Graph and data']
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>

Formats: ['Graph and data']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_RGraph_DISCO_<Template>

Formats: ['Graph and data']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_RGraph_DISCO_<Template>

Formats: ['Graph and data']
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_RGraph_DISCO_<Template>

Formats: ['Graph and data']
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_RGraph_DISCO_<Template>

Formats: ['Graph and data']
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_RGraph_DISCO_<Template>

Formats: ['Graph and data']
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_RGraph_DISCO_<Template>

Formats: ['Graph and data']
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>

Formats: ['Graph and data']
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>

Formats: ['Graph and data']
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_RGraph_DISCO_<Template>

Formats: ['Graph and data']
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>

Formats: ['Graph and data']
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>

Formats: ['Graph and data']
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_RGraph_DISCO_<Template>

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_RGraph_DISCO_<Template>

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_RGraph_DISCO_<Template>

Formats: ['Graph and data']
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_RGraph_DISCO_<Template>

Formats: ['Graph and data']
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_RGraph_DISCO_<Template>

Formats: ['Graph and data']
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Labelled Cortical folds graph DISCO DARTEL Native
Parent types:
Cortical folds graph
Data graph
Graph
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_native_<acquisition>_<analysis>_LGraph_DISCO_<Template>

Formats: ['Graph and data']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_native_<acquisition>_<analysis>_RGraph_DISCO_<Template>

Formats: ['Graph and data']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_native_<acquisition>_<analysis>_LGraph_DISCO_<Template>

Formats: ['Graph and data']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_native_<acquisition>_<analysis>_RGraph_DISCO_<Template>

Formats: ['Graph and data']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_native_<acquisition>_<analysis>_LGraph_DISCO_<Template>

Formats: ['Graph and data']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_native_<acquisition>_<analysis>_RGraph_DISCO_<Template>

Formats: ['Graph and data']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_native_<acquisition>_<analysis>_LGraph_DISCO_<Template>

Formats: ['Graph and data']
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_native_<acquisition>_<analysis>_LGraph_DISCO_<Template>

Formats: ['Graph and data']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_native_<acquisition>_<analysis>_RGraph_DISCO_<Template>

Formats: ['Graph and data']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_native_<acquisition>_<analysis>_LGraph_DISCO_<Template>

Formats: ['Graph and data']
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_native_<acquisition>_<analysis>_LGraph_DISCO_<Template>

Formats: ['Graph and data']
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_native_<acquisition>_<analysis>_LGraph_DISCO_<Template>

Formats: ['Graph and data']
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_native_<acquisition>_<analysis>_LGraph_DISCO_<Template>

Formats: ['Graph and data']
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_native_<acquisition>_<analysis>_LGraph_DISCO_<Template>

Formats: ['Graph and data']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_native_<acquisition>_<analysis>_RGraph_DISCO_<Template>

Formats: ['Graph and data']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_native_<acquisition>_<analysis>_RGraph_DISCO_<Template>

Formats: ['Graph and data']
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_native_<acquisition>_<analysis>_RGraph_DISCO_<Template>

Formats: ['Graph and data']
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_native_<acquisition>_<analysis>_RGraph_DISCO_<Template>

Formats: ['Graph and data']
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_native_<acquisition>_<analysis>_RGraph_DISCO_<Template>

Formats: ['Graph and data']
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_native_<acquisition>_<analysis>_RGraph_DISCO_<Template>

Formats: ['Graph and data']
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_native_<acquisition>_<analysis>_LGraph_DISCO_<Template>

Formats: ['Graph and data']
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_native_<acquisition>_<analysis>_LGraph_DISCO_<Template>

Formats: ['Graph and data']
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_native_<acquisition>_<analysis>_RGraph_DISCO_<Template>

Formats: ['Graph and data']
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_native_<acquisition>_<analysis>_LGraph_DISCO_<Template>

Formats: ['Graph and data']
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_native_<acquisition>_<analysis>_LGraph_DISCO_<Template>

Formats: ['Graph and data']
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_native_<acquisition>_<analysis>_LGraph_DISCO_<Template>

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_native_<acquisition>_<analysis>_RGraph_DISCO_<Template>

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_native_<acquisition>_<analysis>_LGraph_DISCO_<Template>

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_native_<acquisition>_<analysis>_RGraph_DISCO_<Template>

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_native_<acquisition>_<analysis>_RGraph_DISCO_<Template>

Formats: ['Graph and data']
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_native_<acquisition>_<analysis>_RGraph_DISCO_<Template>

Formats: ['Graph and data']
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_native_<acquisition>_<analysis>_RGraph_DISCO_<Template>

Formats: ['Graph and data']
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Labelled Cortical folds graph DISCO DARTEL Talairach
Parent types:
Cortical folds graph
Data graph
Graph
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>_Tal

Formats: ['Graph and data']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_RGraph_DISCO_<Template>_Tal

Formats: ['Graph and data']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>_Tal

Formats: ['Graph and data']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_RGraph_DISCO_<Template>_Tal

Formats: ['Graph and data']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>_Tal

Formats: ['Graph and data']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_RGraph_DISCO_<Template>_Tal

Formats: ['Graph and data']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>_Tal

Formats: ['Graph and data']
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>_Tal

Formats: ['Graph and data']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_RGraph_DISCO_<Template>_Tal

Formats: ['Graph and data']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>_Tal

Formats: ['Graph and data']
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>_Tal

Formats: ['Graph and data']
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>_Tal

Formats: ['Graph and data']
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>_Tal

Formats: ['Graph and data']
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>_Tal

Formats: ['Graph and data']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_RGraph_DISCO_<Template>_Tal

Formats: ['Graph and data']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_RGraph_DISCO_<Template>_Tal

Formats: ['Graph and data']
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_RGraph_DISCO_<Template>_Tal

Formats: ['Graph and data']
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_RGraph_DISCO_<Template>_Tal

Formats: ['Graph and data']
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_RGraph_DISCO_<Template>_Tal

Formats: ['Graph and data']
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_RGraph_DISCO_<Template>_Tal

Formats: ['Graph and data']
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>_Tal

Formats: ['Graph and data']
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>_Tal

Formats: ['Graph and data']
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_RGraph_DISCO_<Template>_Tal

Formats: ['Graph and data']
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>_Tal

Formats: ['Graph and data']
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>_Tal

Formats: ['Graph and data']
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>_Tal

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_RGraph_DISCO_<Template>_Tal

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>_Tal

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_RGraph_DISCO_<Template>_Tal

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_RGraph_DISCO_<Template>_Tal

Formats: ['Graph and data']
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_RGraph_DISCO_<Template>_Tal

Formats: ['Graph and data']
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/w<subject>_<acquisition>_<analysis>_RGraph_DISCO_<Template>_Tal

Formats: ['Graph and data']
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Labelled Cortical folds graph DISCO Talairach
Parent types:
Cortical folds graph
Data graph
Graph
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_Tal

Formats: ['Graph and data']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_Tal

Formats: ['Graph and data']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_Tal

Formats: ['Graph and data']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_Tal

Formats: ['Graph and data']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_Tal

Formats: ['Graph and data']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_Tal

Formats: ['Graph and data']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_Tal

Formats: ['Graph and data']
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_Tal

Formats: ['Graph and data']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_Tal

Formats: ['Graph and data']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_Tal

Formats: ['Graph and data']
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_Tal

Formats: ['Graph and data']
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_Tal

Formats: ['Graph and data']
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_Tal

Formats: ['Graph and data']
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_Tal

Formats: ['Graph and data']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_Tal

Formats: ['Graph and data']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_Tal

Formats: ['Graph and data']
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_Tal

Formats: ['Graph and data']
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
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best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_Tal

Formats: ['Graph and data']
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_Tal

Formats: ['Graph and data']
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_Tal

Formats: ['Graph and data']
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_Tal

Formats: ['Graph and data']
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_Tal

Formats: ['Graph and data']
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_Tal

Formats: ['Graph and data']
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_Tal

Formats: ['Graph and data']
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_Tal

Formats: ['Graph and data']
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_Tal

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_Tal

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_Tal

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_Tal

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_Tal

Formats: ['Graph and data']
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_Tal

Formats: ['Graph and data']
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_Tal

Formats: ['Graph and data']
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Labelled Cortical folds graph Inversed DARTEL
Parent types:
Cortical folds graph
Data graph
Graph
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'origin_subject', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
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best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
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automatically_labelled = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
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automatically_labelled = 'No'
best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
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best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
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best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Labelled Cortical folds graph Inversed DARTEL Dest Native
Parent types:
Cortical folds graph
Data graph
Graph
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'origin_subject', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Labelled Cortical folds graph Inversed DARTEL Origin Native
Parent types:
Cortical folds graph
Data graph
Graph
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'origin_subject', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Labelled Cortical folds graph Inversed DARTEL Origin Native Dest Native
Parent types:
Cortical folds graph
Data graph
Graph
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'origin_subject', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Labelled Cortical folds graph Inversed DARTEL and DISCO
Parent types:
Cortical folds graph
Data graph
Graph
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'Template', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/LGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/RGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/LGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/RGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/LGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/LGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/LGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/RGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/LGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/LGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/LGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/LGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/LGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/RGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/RGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/RGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/RGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/RGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/LGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/LGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/LGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/LGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/LGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/LGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Labelled Cortical folds graph Inversed DARTEL and DISCO Dest Native
Parent types:
Cortical folds graph
Data graph
Graph
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'Template', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/LGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/RGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/LGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/RGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/LGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/LGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/LGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/RGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/LGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/LGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/LGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/LGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/LGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/RGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/RGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/RGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/RGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/RGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/LGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/LGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/LGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/LGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/LGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/LGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RGraph_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Labelled Cortical folds graph Inversed DARTEL and DISCO Origin Native
Parent types:
Cortical folds graph
Data graph
Graph
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'Template', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/LGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/RGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/LGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/RGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/LGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/LGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/LGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/RGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/LGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/LGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/LGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/LGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/LGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/RGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/RGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/RGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/RGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/RGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/LGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/LGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/LGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/LGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/LGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/LGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: ['Graph and data']
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Labelled Cortical folds graph Inversed DARTEL and DISCO Origin Native Dest Native
Parent types:
Cortical folds graph
Data graph
Graph
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'Template', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/LGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['Graph and data']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

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Formats: ['Graph and data']
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/LGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/RGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/LGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['Graph and data']
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: ['Graph and data']
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RGraph_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

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Rule selection key: ('right', 'Yes', '') ()
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Labelled Cortical folds graph Talairach
Parent types:
Cortical folds graph
Data graph
Graph
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_Tal

Formats: ['Graph and data']
Rule selection key: ('', '', 'Yes') ()
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_Tal

Formats: ['Graph and data']
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_Tal

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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_Tal

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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_Tal

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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_Tal

Formats: ['Graph and data']
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_Tal

Formats: ['Graph and data']
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_Tal

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Formats: ['Graph and data']
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_Tal

Formats: ['Graph and data']
Rule selection key: ('left', '', '') ()
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_Tal

Formats: ['Graph and data']
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_Tal

Formats: ['Graph and data']
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_Tal

Formats: ['Graph and data']
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_Tal

Formats: ['Graph and data']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_Tal

Formats: ['Graph and data']
Rule selection key: ('', 'No', 'Yes') ()
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_Tal

Formats: ['Graph and data']
Rule selection key: ('right', 'No', 'Yes') ()
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Formats: ['Graph and data']
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_Tal

Formats: ['Graph and data']
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_Tal

Formats: ['Graph and data']
Rule selection key: ('right', '', '') ()
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_Tal

Formats: ['Graph and data']
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_Tal

Formats: ['Graph and data']
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_Tal

Formats: ['Graph and data']
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
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side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_Tal

Formats: ['Graph and data']
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_Tal

Formats: ['Graph and data']
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_Tal

Formats: ['Graph and data']
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_Tal

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_Tal

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_Tal

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_Tal

Formats: ['Graph and data']
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_Tal

Formats: ['Graph and data']
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_Tal

Formats: ['Graph and data']
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_Tal

Formats: ['Graph and data']
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Labelled Functional Blobs Texture
Parent types:
Label Texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis', 'side']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'
contrast = 'con'
volume = 'vol'

Rules selection key: ['side'] []

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/functional/<subject>_L_labels

Formats: 'BrainVISA texture formats'
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/functional/<subject>_R_labels

Formats: 'BrainVISA texture formats'
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/functional/<subject>_L_labels

Formats: 'BrainVISA texture formats'
Rule selection key: ('left',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/functional/<subject>_R_labels

Formats: 'BrainVISA texture formats'
Rule selection key: ('right',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

Left CSF Mask
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/Lcsf_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

Left CSF+GREY Mask
Parent types:
CSF+GREY Mask
Label volume
3D Volume
4D Volume
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/Lcortex_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

Left Cingular Pole Template Subject
Parent types:
Cingular Pole Template Subject
3D Volume
4D Volume
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lhippo_Volume

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

Left Cortex Catchment Bassins
Parent types:
Cortex Catchment Bassins
Label volume
3D Volume
4D Volume
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/Lroots_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

Left Cortex Skeleton
Parent types:
Cortex Skeleton
Label volume
3D Volume
4D Volume
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/Lskeleton_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

Left DPF texture
Parent types:
DPF texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_DPF

Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

Left Fine Hemisphere White Mesh
Parent types:
Fine Hemisphere White Mesh
Hemisphere White Mesh
White Mesh
Mesh
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_Lwhite_fine

Formats: 'BrainVISA mesh formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'

Left Fine Hemisphere White Mesh DISCO
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Lwhite_fine_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Lwhite_fine_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Lwhite_fine_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Lwhite_fine_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Lwhite_fine_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Lwhite_fine_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Lwhite_fine_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Lwhite_fine_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

Left Fine Hemisphere White Mesh Inversed DISCO
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Lwhite_fine_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Lwhite_fine_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Lwhite_fine_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Lwhite_fine_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Lwhite_fine_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Lwhite_fine_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Lwhite_fine_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Lwhite_fine_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

Left Graph Label Translation
Parent types:
Graph Label Translation
Text file
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_LgraphLabelBasins

Formats: None
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

Left Grey White Mask
Parent types:
Morphologist Grey White Mask
Grey White Mask
Label volume
3D Volume
4D Volume
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/Lgrey_white_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

Left Gyri Graph
Parent types:
Data graph
Graph
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_L_gyriGraph

Formats: ['Graph and data']
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

Left Gyri Volume
Parent types:
4D Volume
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_L_gyriVolume

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

Left Hemisphere Mesh
Parent types:
Hemisphere Mesh
Mesh
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_Lhemi

Formats: 'BrainVISA mesh formats'
Rule selection key: () ()
Priority offset: 1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'

Left Hemisphere Mesh DARTEL
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Lhemi_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Lhemi_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Lhemi_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Lhemi_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Lhemi_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Lhemi_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Lhemi_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Lhemi_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

Left Hemisphere Mesh DARTEL Native
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Lhemi_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Lhemi_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Lhemi_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Lhemi_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Lhemi_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Lhemi_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Lhemi_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Lhemi_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

Left Hemisphere Mesh DISCO
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Lhemi_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Lhemi_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Lhemi_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Lhemi_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Lhemi_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Lhemi_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Lhemi_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Lhemi_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

Left Hemisphere Mesh DISCO DARTEL
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Lhemi_DISCO_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Lhemi_DISCO_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Lhemi_DISCO_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Lhemi_DISCO_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Lhemi_DISCO_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Lhemi_DISCO_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Lhemi_DISCO_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Lhemi_DISCO_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

Left Hemisphere Mesh DISCO DARTEL Native
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Lhemi_DISCO_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Lhemi_DISCO_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Lhemi_DISCO_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Lhemi_DISCO_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Lhemi_DISCO_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Lhemi_DISCO_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Lhemi_DISCO_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Lhemi_DISCO_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

Left Hemisphere Mesh Inversed DARTEL
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'origin_subject', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLhemi_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLhemi_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLhemi_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLhemi_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLhemi_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLhemi_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLhemi_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLhemi_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

Left Hemisphere Mesh Inversed DARTEL Dest Native
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'origin_subject', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLhemi_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLhemi_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLhemi_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLhemi_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLhemi_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLhemi_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
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best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLhemi_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLhemi_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

Left Hemisphere Mesh Inversed DARTEL Origin Native
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'origin_subject', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLhemi_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLhemi_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLhemi_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLhemi_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
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best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLhemi_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLhemi_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
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best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLhemi_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLhemi_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

Left Hemisphere Mesh Inversed DARTEL Origin Native Dest Native
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'origin_subject', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLhemi_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLhemi_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLhemi_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLhemi_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLhemi_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLhemi_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLhemi_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLhemi_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

Left Hemisphere Mesh Inversed DARTEL and DISCO
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Lhemi_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Lhemi_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Lhemi_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Lhemi_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Lhemi_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Lhemi_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Lhemi_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Lhemi_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

Left Hemisphere Mesh Inversed DARTEL and DISCO Dest Native
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Lhemi_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Lhemi_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Lhemi_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Lhemi_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Lhemi_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Lhemi_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Lhemi_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Lhemi_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

Left Hemisphere Mesh Inversed DARTEL and DISCO Origin Native
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Lhemi_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Lhemi_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Lhemi_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Lhemi_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Lhemi_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Lhemi_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Lhemi_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Lhemi_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

Left Hemisphere Mesh Inversed DARTEL and DISCO Origin Native Dest Native
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Lhemi_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Lhemi_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Lhemi_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Lhemi_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Lhemi_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Lhemi_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Lhemi_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Lhemi_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

Left Hemisphere Mesh Inversed DISCO
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Lhemi_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Lhemi_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Lhemi_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Lhemi_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Lhemi_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Lhemi_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Lhemi_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Lhemi_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

Left Hemisphere White Mesh
Parent types:
Hemisphere White Mesh
White Mesh
Mesh
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_Lwhite

Formats: 'BrainVISA mesh formats'
Rule selection key: () ()
Priority offset: 1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'

Left Hemisphere White Mesh DARTEL
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Lwhite_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Lwhite_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Lwhite_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Lwhite_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Lwhite_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Lwhite_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Lwhite_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Lwhite_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

Left Hemisphere White Mesh DARTEL Native
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Lwhite_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Lwhite_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Lwhite_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Lwhite_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Lwhite_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Lwhite_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Lwhite_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Lwhite_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

Left Hemisphere White Mesh DISCO
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Lwhite_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Lwhite_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Lwhite_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Lwhite_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Lwhite_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Lwhite_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Lwhite_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Lwhite_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

Left Hemisphere White Mesh DISCO DARTEL
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Lwhite_DISCO_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Lwhite_DISCO_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Lwhite_DISCO_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Lwhite_DISCO_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Lwhite_DISCO_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Lwhite_DISCO_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Lwhite_DISCO_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Lwhite_DISCO_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

Left Hemisphere White Mesh DISCO DARTEL Native
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Lwhite_DISCO_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Lwhite_DISCO_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Lwhite_DISCO_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Lwhite_DISCO_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Lwhite_DISCO_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Lwhite_DISCO_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Lwhite_DISCO_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Lwhite_DISCO_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

Left Hemisphere White Mesh Inversed DARTEL
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'origin_subject', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLwhite_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLwhite_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLwhite_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLwhite_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

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Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLwhite_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: 'BrainVISA mesh formats'
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Priority offset: 0
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Formats: 'BrainVISA mesh formats'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLwhite_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
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Left Hemisphere White Mesh Inversed DARTEL Dest Native
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'origin_subject', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLwhite_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
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Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLwhite_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLwhite_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLwhite_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLwhite_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
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Priority offset: 0
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLwhite_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLwhite_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
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Priority offset: 0
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Left Hemisphere White Mesh Inversed DARTEL Origin Native
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'origin_subject', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLwhite_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
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Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '') ()
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLwhite_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: 'BrainVISA mesh formats'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLwhite_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLwhite_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
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Formats: 'BrainVISA mesh formats'
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Formats: 'BrainVISA mesh formats'
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Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
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Left Hemisphere White Mesh Inversed DARTEL Origin Native Dest Native
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'origin_subject', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLwhite_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', '') ()
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLwhite_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '') ()
Priority offset: 0
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLwhite_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLwhite_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwLwhite_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
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Formats: 'BrainVISA mesh formats'
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Priority offset: 0
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Formats: 'BrainVISA mesh formats'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwLwhite_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
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Priority offset: 0
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Left Hemisphere White Mesh Inversed DARTEL and DISCO
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Lwhite_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', '') ()
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Lwhite_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Lwhite_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Lwhite_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes') ()
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labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Lwhite_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', 'Yes') ()
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Lwhite_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Lwhite_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Lwhite_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

Left Hemisphere White Mesh Inversed DARTEL and DISCO Dest Native
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Lwhite_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Lwhite_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Lwhite_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Lwhite_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Lwhite_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Lwhite_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Lwhite_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Lwhite_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

Left Hemisphere White Mesh Inversed DARTEL and DISCO Origin Native
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Lwhite_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Lwhite_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Lwhite_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Lwhite_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Lwhite_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Lwhite_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Lwhite_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Lwhite_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

Left Hemisphere White Mesh Inversed DARTEL and DISCO Origin Native Dest Native
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Lwhite_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Lwhite_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Lwhite_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Lwhite_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Lwhite_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Lwhite_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Lwhite_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Lwhite_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

Left Hemisphere White Mesh Inversed DISCO
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Lwhite_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Lwhite_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Lwhite_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Lwhite_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Lwhite_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Lwhite_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Lwhite_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Lwhite_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

Left Sulci Mask
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis', 'graph_version']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'
graph_version = '3.1'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/Lsulci_mask_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

Left basins texture
Parent types:
basins texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_basins

Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

Left cingular pole texture
Parent types:
Cingular pole texture
Poles texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_pole_cingular

Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

Left eigen vectors texture
Parent types:
Eigen vectors texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_eigen_vectors

Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

Left hemisphere Sulcal Lines Rectangular Flat texture
Parent types:
hemisphere Sulcal Lines Rectangular Flat texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_sulcalines_rectangular_flat

Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

Left hemisphere Sulcal Lines texture
Parent types:
hemisphere Sulcal Lines texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_sulcalines

Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

Left hemisphere coordinate grid
Parent types:
Coordinate grid
Mesh
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_grid

Formats: 'BrainVISA mesh formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

Left hemisphere gyri parcellation texture
Parent types:
Hemisphere gyri parcellation texture
Gyri White Texture
ROI Texture
Label Texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_gyri

Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'
regularized = 'false'

Left hemisphere gyrus parcellation texture
Parent types:
Hemisphere gyrus parcellation texture
Hemisphere parcellation texture
Gyri White Texture
ROI Texture
Label Texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis', 'vertex_corr_method']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

Rules selection key: [] ['vertex_corr_method']
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_parcels_gyrus

Formats: 'BrainVISA texture formats'
Rule selection key: () (True,)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
vertex_corr_method = ''
modality = 't1mri'
side = 'left'
averaged = 'No'
vertex_corr = 'No'
parcellation_type = 'gyrus'
regularized = 'false'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_parcels_gyrus_remeshed_{vertex_corr_method}

Formats: 'BrainVISA texture formats'
Rule selection key: () (False,)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'
averaged = 'No'
vertex_corr = 'Yes'
parcellation_type = 'gyrus'

Left hemisphere latitude HIP texture
Parent types:
Latitude coordinate HIP texture
Coordinate texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_lat_HIP

Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

Left hemisphere latitude cleaned constraints texture
Parent types:
Latitude constraints texture
Constraints texture
Label Texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_lat_cleaned

Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

Left hemisphere latitude constraints texture
Parent types:
Latitude constraints texture
Constraints texture
Label Texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_lat_roots

Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

Left hemisphere latitude texture
Parent types:
Latitude coordinate texture
Coordinate texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_lat

Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'
averaged = 'No'
vertex_corr = 'No'

Left hemisphere lobes parcellation texture
Parent types:
Hemisphere lobes parcellation texture
Hemisphere parcellation texture
Gyri White Texture
ROI Texture
Label Texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis', 'vertex_corr_method']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

Rules selection key: [] ['vertex_corr_method']
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_parcels_lobes

Formats: 'BrainVISA texture formats'
Rule selection key: () (True,)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
vertex_corr_method = ''
modality = 't1mri'
side = 'left'
averaged = 'No'
vertex_corr = 'No'
parcellation_type = 'lobe'
regularized = 'false'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_parcels_lobes_remeshed_{vertex_corr_method}

Formats: 'BrainVISA texture formats'
Rule selection key: () (False,)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'
averaged = 'No'
vertex_corr = 'Yes'
parcellation_type = 'lobes'

Left hemisphere longitude HIP texture
Parent types:
Longitude coordinate HIP texture
Coordinate texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_lon_HIP

Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

Left hemisphere longitude cleaned constraints texture
Parent types:
Longitude constraints texture
Constraints texture
Label Texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_lon_cleaned

Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

Left hemisphere longitude constraints texture
Parent types:
Longitude constraints texture
Constraints texture
Label Texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_lon_roots

Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

Left hemisphere longitude texture
Parent types:
Longitude coordinate texture
Coordinate texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_lon

Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'
averaged = 'No'
vertex_corr = 'No'

Left hemisphere marsAtlas parcellation texture
Parent types:
Hemisphere marsAtlas parcellation texture
Hemisphere parcellation texture
Gyri White Texture
ROI Texture
Label Texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis', 'vertex_corr_method']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

Rules selection key: [] ['vertex_corr_method']
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_parcels_marsAtlas

Formats: 'BrainVISA texture formats'
Rule selection key: () (True,)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
vertex_corr_method = ''
modality = 't1mri'
side = 'left'
averaged = 'No'
vertex_corr = 'No'
parcellation_type = 'marsAtlas'
regularized = 'false'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_parcels_marsAtlas_remeshed_{vertex_corr_method}

Formats: 'BrainVISA texture formats'
Rule selection key: () (False,)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'
averaged = 'No'
vertex_corr = 'Yes'
parcellation_type = 'marsAtlas'

Left hemisphere model parcellation texture
Parent types:
Hemisphere model parcellation texture
Hemisphere parcellation texture
Gyri White Texture
ROI Texture
Label Texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis', 'vertex_corr_method']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

Rules selection key: [] ['vertex_corr_method']
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_parcels_model

Formats: 'BrainVISA texture formats'
Rule selection key: () (True,)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
vertex_corr_method = ''
modality = 't1mri'
side = 'left'
averaged = 'No'
vertex_corr = 'No'
parcellation_type = 'model'
regularized = 'false'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_parcels_model_remeshed_{vertex_corr_method}

Formats: 'BrainVISA texture formats'
Rule selection key: () (False,)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'
averaged = 'No'
vertex_corr = 'Yes'
parcellation_type = 'model'

Left hemisphere regularized parcellation texture
Parent types:
Hemisphere gyri parcellation texture
Gyri White Texture
ROI Texture
Label Texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_gyri_regul

Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'
regularized = 'true'

Left hemisphere spherical mesh
Parent types:
Hemisphere spherical mesh
Mesh
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_spherical

Formats: 'BrainVISA mesh formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'
averaged = 'No'
inflated = 'Yes'
vertex_corr = 'Yes'
vertex_corr_method = 'hiphop'

Left insula pole texture
Parent types:
Insula pole texture
Poles texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_pole_insula

Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

Left labeled basins texture
Parent types:
labeled basins texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_basins_labeled

Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

Left labeled pits texture
Parent types:
labeled pits texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_pits_labeled

Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

Left noisy pits texture
Parent types:
noisy pits texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_noisy_pits

Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

Left pits texture
Parent types:
pits texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_pits

Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

Left poles texture
Parent types:
Poles texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_poles

Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

Left rectangular boundary texture
Parent types:
Rectangular boundary texture
Boundary texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_rectangular_flat_boundary

Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

Left rectangular flat cstr mesh
Parent types:
Rectangular flat cstr mesh
Flat mesh
Mesh
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_rectangular_flat_cstr

Formats: 'BrainVISA mesh formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

Left rectangular flat indices texture
Parent types:
Rectangular flat indices texture
Indices texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_rectangular_flat_indices

Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

Left rectangular flat mesh
Parent types:
Rectangular flat mesh
Flat mesh
Mesh
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_rectangular_flat

Formats: 'BrainVISA mesh formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

Left remeshed mesh
Parent types:
Remeshed mesh
White Mesh
Mesh
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis', 'inflated']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

Rules selection key: ['inflated'] []

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_remeshed_inflated_hiphop

Formats: 'BrainVISA mesh formats'
Rule selection key: ('',) ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'
averaged = 'No'
inflated = 'Yes'
vertex_corr = 'Yes'
vertex_corr_method = 'hiphop'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_remeshed_hiphop

Formats: 'BrainVISA mesh formats'
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'
averaged = 'No'
inflated = 'No'
vertex_corr = 'Yes'
vertex_corr_method = 'hiphop'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_remeshed_hiphop

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'
averaged = 'No'
inflated = 'No'
vertex_corr = 'Yes'
vertex_corr_method = 'hiphop'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_remeshed_inflated_hiphop

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes',) ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'
averaged = 'No'
inflated = 'Yes'
vertex_corr = 'Yes'
vertex_corr_method = 'hiphop'

Left ridges texture
Parent types:
ridges texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_ridges

Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

Left smooth pits texture
Parent types:
smooth pits texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_pits_smooth

Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

Left sulci voronoi texture
Parent types:
sulci voronoi texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_sulci_voronoi

Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

Left white mesh parts
Parent types:
White mesh parts
Mesh
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_parts

Formats: 'BrainVISA mesh formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

Lesion Mask
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'normalization']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

Rules selection key: [] ['normalization']
{center}/{subject}/t1mri/{acquisition}/lesion_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () (True,)
Priority offset: 1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
normalization = ''
modality = 't1mri'
normalized = 'no'

{center}/{subject}/t1mri/{acquisition}/lesion_normalized_{normalization}_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () (False,)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
normalized = 'yes'

Lesion distance map
Parent types:
3D Volume
4D Volume
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/lesiondistance_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'

MNI Cortex Mesh
Parent types:
Mesh
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'contrast', 'mapped', 'center', 'subject', 'acquisition', 'analysis', 'modality', 'side']

Non mandatory key attributes: ('acquisition_date', 'mapped', 'time_duration', 'time_point', 'acquisition', 'contrast', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

Rules selection key: ['modality', 'side'] []

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/cortex_<subject>_mni

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'both'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/cortex_<subject>_mni

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'Both'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/cortex_<subject>_mni

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'both') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'both'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/cortex_<subject>_mni

Formats: 'BrainVISA mesh formats'
Rule selection key: ('t1mri', 'both') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'both'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/cortex_<subject>_mni

Formats: 'BrainVISA mesh formats'
Rule selection key: ('t1mri', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'both'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/cortex_<subject>_mni

Formats: 'BrainVISA mesh formats'
Rule selection key: ('anatomical_mri', 'Both') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'Both'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/cortex_<subject>_mni

Formats: 'BrainVISA mesh formats'
Rule selection key: ('anatomical_mri', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'Both'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/cortex_<subject>_mni

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Both') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'Both'

MP2RAGE raw dicom
Parent types:
raw dicom
Any Type

Key: ['center', 'subject', 'acquisition']

Non mandatory key attributes: ('acquisition',)
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

{center}/{subject}/mp2rage/{acquisition}/<subject>_raw_dicom

Formats: None
Rule selection key: () ()
Priority offset: 0
modality = 'mp2rage'

MRI Ini
Parent types:
T1 MRI
3D Volume
4D Volume
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

{center}/{subject}/t1mri/{acquisition}/<subject>_ini

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'

Mask Texture
Parent types:
Label Texture
Texture
Any Type

Key: ['center', 'group_of_subjects', 'method', 'studyname', 'gyrus', 'smoothing', 'smallerlength', 'greaterlength']
Default attributes values:
center = 'subjects'

{center}/group_analysis/{group_of_subjects}/connectivity_clustering/{method}/{studyname}/{gyrus}/smooth{smoothing}/<group_of_subjects>_<method>_<studyname>_<gyrus>_mask_{smallerlength}to{greaterlength}mm

Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0

Matlab SPM deformation file
Parent types:
Matlab SPM file
Any Type

Key: ['center', 'subject', 'processing', 'acquisition', 'tracer', 'analysis', 'template']
Default attributes values:
center = 'subjects'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/spect{tracer}/{analysis}_without_PVC/mni{template}_space/<subject>_spect_parametric_sn

Formats: ['Matlab file', 'gz Matlab file', 'bz2 Matlab file']
Rule selection key: () ()
Priority offset: 0
orientation = 'acquisition_to_mni'
direction = 'forward'

Maximum Eigenvector
Parent types:
Diffusion Orientation Map
3D Volume
4D Volume
Any Type

Key: ['center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition',)
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/diffusion/{acquisition}/{analysis}/maxev_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0

Mean Functional Volume To Anatomy Transformation
Parent types:
Transformation matrix
Transformation
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'
contrast = 'con'
volume = 'vol'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/functional/<subject>_Mean_Function_To_Anatomy_Transformation

Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'

Median Mesh
Parent types:
Hemisphere Mesh
Mesh
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'contrast', 'mapped', 'center', 'subject', 'acquisition', 'analysis', 'side', 'modality']

Non mandatory key attributes: ('acquisition_date', 'mapped', 'time_duration', 'time_point', 'acquisition', 'contrast', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

Rules selection key: ['side', 'modality'] []

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_Lmedian

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'left'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_Rmedian

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'right'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/left/median_<side>_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'left'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/right/median_<side>_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'right'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_Lmedian

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 't1mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'left'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_Rmedian

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 't1mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'right'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_Lmedian

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'left'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/left/median_<side>_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'left'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_Lmedian

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', 't1mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'left'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_Rmedian

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'right'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/right/median_<side>_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'right'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_Rmedian

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', 't1mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'right'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/left/median_<side>_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', 'anatomical_mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'left'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/left/median_<side>_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'anatomical_mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'left'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/right/median_<side>_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'anatomical_mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'right'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/right/median_<side>_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', 'anatomical_mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'right'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'

Median Mesh DISCO
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Lmedian_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Rmedian_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Lmedian_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Rmedian_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Lmedian_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Rmedian_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Lmedian_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Lmedian_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Rmedian_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Lmedian_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Lmedian_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Lmedian_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Lmedian_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Lmedian_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Rmedian_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Rmedian_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Rmedian_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Rmedian_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Rmedian_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Rmedian_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Lmedian_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Lmedian_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Rmedian_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Lmedian_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Lmedian_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Lmedian_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Rmedian_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Lmedian_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Rmedian_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Rmedian_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Rmedian_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Rmedian_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Median Mesh Inversed DISCO
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Lmedian_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Rmedian_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Lmedian_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Rmedian_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Lmedian_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Rmedian_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Lmedian_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Lmedian_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Rmedian_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Lmedian_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Lmedian_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Lmedian_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Lmedian_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Lmedian_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Rmedian_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Rmedian_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Rmedian_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Rmedian_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Rmedian_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Rmedian_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Lmedian_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Lmedian_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Rmedian_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Lmedian_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Lmedian_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Lmedian_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Rmedian_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Lmedian_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Rmedian_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Rmedian_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Rmedian_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Rmedian_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Mesh
Parent types:
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'contrast', 'mapped', 'center', 'subject', 'acquisition', 'analysis', 'filename_variable', 'modality']

Non mandatory key attributes: ('acquisition_date', 'mapped', 'time_duration', 'time_point', 'acquisition', 'contrast', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

Rules selection key: ['modality'] []
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/*

Formats: 'BrainVISA mesh formats'
Rule selection key: ('t1mri',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/*

Formats: 'BrainVISA mesh formats'
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/*

Formats: 'BrainVISA mesh formats'
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'Both'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/mesh/*

Formats: 'BrainVISA mesh formats'
Rule selection key: ('anatomical_mri',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'Both'

Metadata Execution
Parent types:
Any Type

Key: ['center', 'subject', 'acquisition']
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

{center}/{subject}/assemblyNet/{acquisition}/metadata_<subject>

Formats: ['JSON file']
Rule selection key: () ()
Priority offset: 0
modality = 'assemblyNet'

Morphologist JSON report
Parent types:
Text file
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/morphologist_json_report

Formats: ['JSON file']
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'

Morphologist report
Parent types:
PDF file
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/morphologist_report

Formats: ['PDF File']
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'

Nobias Inversed DARTEL and DISCO
Parent types:
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/nobias_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/nobias_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

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Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
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Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/nobias_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA volume formats'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/nobias_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA volume formats'
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Priority offset: 0
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/nobias_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
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Nobias Inversed DARTEL and DISCO Dest Native
Parent types:
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/nobias_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'
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Priority offset: 0
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/nobias_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/nobias_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
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Priority offset: 0
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/nobias_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/nobias_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/nobias_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/nobias_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
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Nobias Inversed DARTEL and DISCO Origin Native
Parent types:
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/nobias_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('No', '') ()
Priority offset: 0
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/nobias_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA volume formats'
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Priority offset: 0
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/nobias_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA volume formats'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/nobias_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA volume formats'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/nobias_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA volume formats'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/nobias_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA volume formats'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/nobias_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/nobias_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
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Nobias Inversed DARTEL and DISCO Origin Native Dest Native
Parent types:
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/nobias_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/nobias_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/nobias_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/nobias_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
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Nobias Normalized Inversed DARTEL and DISCO
Parent types:
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/nobias_normalized_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/nobias_normalized_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/nobias_normalized_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/nobias_normalized_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes') ()
Priority offset: 0
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/nobias_normalized_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('No', 'Yes') ()
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/nobias_normalized_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
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Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/nobias_normalized_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

Nobias Normalized Inversed DARTEL and DISCO Dest Native
Parent types:
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/nobias_normalized_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/nobias_normalized_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/nobias_normalized_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/nobias_normalized_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/nobias_normalized_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/nobias_normalized_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/nobias_normalized_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/nobias_normalized_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

Nobias Normalized Inversed DARTEL and DISCO Origin Native
Parent types:
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/nobias_normalized_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/nobias_normalized_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/nobias_normalized_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/nobias_normalized_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/nobias_normalized_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/nobias_normalized_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/nobias_normalized_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/nobias_normalized_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

Nobias Normalized Inversed DARTEL and DISCO Origin Native Dest Native
Parent types:
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/nobias_normalized_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/nobias_normalized_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/nobias_normalized_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/nobias_normalized_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/nobias_normalized_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/nobias_normalized_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/nobias_normalized_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/nobias_normalized_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

Nomenclature ROIs File
Parent types:
Text file
Any Type

Key: ['center', 'subject', 'atlasname']
Default attributes values:
center = 'subjects'

{center}/{subject}/nomenclature/nomenclature_{atlasname}

Formats: None
Rule selection key: () ()
Priority offset: 0

Non oriented DW Diffusion MR
Parent types:
Corrected DW Diffusion MR
DW Diffusion MR
4D Volume
Any Type

Key: ['center', 'subject', 'acquisition']

Non mandatory key attributes: ('acquisition',)
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

{center}/{subject}/diffusion/{acquisition}/diffusion_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 1

Non-specific activity ROI
Parent types:
ROI
Any Type

Key: ['center', 'subject', 'processing', 'acquisition', 'tracer', 'analysis', 'PVC_method', 'PVC_ROI']
Default attributes values:
center = 'subjects'

Rules selection key: [] ['PVC_method', 'PVC_ROI']
{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/spect{tracer}/{analysis}_without_PVC/<subject>_nonSpecificActivity_ROI

Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: () (True, True)
Priority offset: 0

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/spect{tracer}/{analysis}_using_{PVC_method}_PVC_with_{PVC_ROI}/<subject>_nonSpecificActivity_ROI

Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: () (False, False)
Priority offset: 0

Normative brain volumes stats
Parent types:
Any Type

Key: ['acquisition']
tables/{acquisition}/morphologist_normative_brain_volumes_stats

Formats: ['JSON file']
Rule selection key: () ()
Priority offset: 0

Nuclear isotope data
Parent types:
Text file
Any Type

Key: []
nuclear_imaging_preset/isotope_data

Formats: ['JSON file']
Rule selection key: () ()
Priority offset: 0

Orientation File
Parent types:
Text file
Any Type

Key: ['center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition',)
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/diffusion/{acquisition}/{analysis}/orientation_<subject>

Formats: None
Rule selection key: () ()
Priority offset: 0

P:Atlas Registered Labels
Parent types:
P:Atlas Labels
Label volume
3D Volume
4D Volume
Any Type

Key: ['time_point', 'acquisition_date', 'contrast', 'mapped', 'time_duration', 'rescan', 'center', 'subject', 'acquisition']

Non mandatory key attributes: ('acquisition_date', 'mapped', 'time_duration', 'time_point', 'rescan', 'acquisition', 'contrast')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

{center}/{subject}/anatomical_mri/{acquisition}/registration/registered_atlas_labels

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'

P:Atlas Registered Lateralization
Parent types:
P:Atlas Lateralization
Label volume
3D Volume
4D Volume
Any Type

Key: ['time_point', 'acquisition_date', 'contrast', 'mapped', 'time_duration', 'rescan', 'center', 'subject', 'acquisition']

Non mandatory key attributes: ('acquisition_date', 'mapped', 'time_duration', 'time_point', 'rescan', 'acquisition', 'contrast')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

{center}/{subject}/anatomical_mri/{acquisition}/registration/registered_atlas_lat

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'

P:Atlas Registered Prior
Parent types:
P:Atlas Prior
P:Prior Proba
Probabilities Volume
4D Volume
Any Type

Key: ['time_point', 'acquisition_date', 'contrast', 'mapped', 'time_duration', 'rescan', 'center', 'subject', 'acquisition']

Non mandatory key attributes: ('acquisition_date', 'mapped', 'time_duration', 'time_point', 'rescan', 'acquisition', 'contrast')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

{center}/{subject}/anatomical_mri/{acquisition}/registration/registered_atlas_prior

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'

P:Atlas Registered Skull Stripping Mask
Parent types:
P:Atlas Skull Stripping Mask
P:Skull Stripping Mask
Label volume
3D Volume
4D Volume
Any Type

Key: ['time_point', 'acquisition_date', 'contrast', 'mapped', 'time_duration', 'rescan', 'center', 'subject', 'acquisition']

Non mandatory key attributes: ('acquisition_date', 'mapped', 'time_duration', 'time_point', 'rescan', 'acquisition', 'contrast')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

{center}/{subject}/anatomical_mri/{acquisition}/registration/registered_atlas_skull

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'

P:Atlas Registered Template
Parent types:
P:Atlas Template
P:MRI
3D Volume
4D Volume
Any Type

Key: ['time_point', 'acquisition_date', 'contrast', 'mapped', 'time_duration', 'rescan', 'center', 'subject', 'acquisition']

Non mandatory key attributes: ('acquisition_date', 'mapped', 'time_duration', 'time_point', 'rescan', 'acquisition', 'contrast')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

{center}/{subject}/anatomical_mri/{acquisition}/registration/registered_atlas_template

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'

P:Basic Gaussian Mixture Parameters
Parent types:
P:Gaussian Mixture Parameters
Text file
Any Type

Key: ['time_point', 'acquisition_date', 'contrast', 'mapped', 'time_duration', 'rescan', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'mapped', 'time_duration', 'time_point', 'rescan', 'acquisition', 'analysis', 'contrast')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/basic_mixture_<subject>

Formats: ['JSON file']
Rule selection key: () ()
Priority offset: 0
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'

P:CSF Mask
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['time_point', 'acquisition_date', 'contrast', 'mapped', 'time_duration', 'rescan', 'center', 'subject', 'acquisition', 'analysis', 'side']

Non mandatory key attributes: ('acquisition_date', 'mapped', 'time_duration', 'time_point', 'rescan', 'acquisition', 'analysis', 'contrast')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

Rules selection key: ['side'] []

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/left/csf_<side>_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) ()
Priority offset: 0
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'
side = 'left'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/right/csf_<side>_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) ()
Priority offset: 0
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'
side = 'right'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/left/csf_<side>_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left',) ()
Priority offset: 0
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'
side = 'left'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/right/csf_<side>_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right',) ()
Priority offset: 0
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'
side = 'right'

P:Complete Gaussian Mixture Parameters
Parent types:
P:Gaussian Mixture Parameters
Text file
Any Type

Key: ['time_point', 'acquisition_date', 'contrast', 'mapped', 'time_duration', 'rescan', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'mapped', 'time_duration', 'time_point', 'rescan', 'acquisition', 'analysis', 'contrast')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/complete_mixture_<subject>

Formats: ['JSON file']
Rule selection key: () ()
Priority offset: 0
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'

P:EM Parcellation
Parent types:
P:Parcellation
Label volume
3D Volume
4D Volume
Any Type

Key: ['time_point', 'acquisition_date', 'contrast', 'mapped', 'time_duration', 'rescan', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'mapped', 'time_duration', 'time_point', 'rescan', 'acquisition', 'analysis', 'contrast')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/EM_parcel_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'
side = 'Both'

P:EM Parcellation Proba
Parent types:
P:Parcellation Proba
Probabilities Volume
4D Volume
Any Type

Key: ['time_point', 'acquisition_date', 'contrast', 'mapped', 'time_duration', 'rescan', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'mapped', 'time_duration', 'time_point', 'rescan', 'acquisition', 'analysis', 'contrast')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/EM_parcel_proba_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'
side = 'Both'

P:EM Prior Proba
Parent types:
P:Prior Proba
Probabilities Volume
4D Volume
Any Type

Key: ['time_point', 'acquisition_date', 'contrast', 'mapped', 'time_duration', 'rescan', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'mapped', 'time_duration', 'time_point', 'rescan', 'acquisition', 'analysis', 'contrast')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/EM_prior_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'

P:Evaluation Points Bucket
Parent types:
Bucket
Any Type

Key: ['time_point', 'acquisition_date', 'contrast', 'mapped', 'time_duration', 'rescan', 'center', 'subject', 'acquisition']

Non mandatory key attributes: ('acquisition_date', 'mapped', 'time_duration', 'time_point', 'rescan', 'acquisition', 'contrast')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

{center}/{subject}/anatomical_mri/{acquisition}/registration/evalpoints_<subject>

Formats: ['Bucket']
Rule selection key: () ()
Priority offset: 0
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'

P:Inverted MRI Bias Corrected
Parent types:
P:MRI Bias Corrected
P:MRI
3D Volume
4D Volume
Any Type

Key: ['time_point', 'acquisition_date', 'contrast', 'mapped', 'time_duration', 'rescan', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'mapped', 'time_duration', 'time_point', 'rescan', 'acquisition', 'analysis', 'contrast')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/invert_nobias_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'
inverted = 'yes'

P:Inverted MRI Histo Analysis
Parent types:
P:MRI Histo Analysis
P:Histo Analysis
Histo Analysis
Text file
Any Type

Key: ['time_point', 'acquisition_date', 'contrast', 'mapped', 'time_duration', 'rescan', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'mapped', 'time_duration', 'time_point', 'rescan', 'acquisition', 'analysis', 'contrast')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/invert_<subject>

Formats: ['Histo Analysis']
Rule selection key: () ()
Priority offset: 0
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'
inverted = 'yes'

P:Inverted MRI Histogram
Parent types:
P:MRI Histogram
P:Histogram
Histogram
Any Type

Key: ['time_point', 'acquisition_date', 'contrast', 'mapped', 'time_duration', 'rescan', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'mapped', 'time_duration', 'time_point', 'rescan', 'acquisition', 'analysis', 'contrast')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/invert_<subject>

Formats: ['Histogram']
Rule selection key: () ()
Priority offset: 0
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'
inverted = 'yes'

P:Inverted MRI Mean Curvature
Parent types:
P:MRI Mean Curvature
Rainbow 3D volume
3D Volume
4D Volume
Any Type

Key: ['time_point', 'acquisition_date', 'contrast', 'mapped', 'time_duration', 'rescan', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'mapped', 'time_duration', 'time_point', 'rescan', 'acquisition', 'analysis', 'contrast')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/invert_mean_curvature_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'
inverted = 'yes'

P:MRI Analysis Directory
Parent types:
Any Type

Key: ['time_point', 'acquisition_date', 'contrast', 'mapped', 'time_duration', 'rescan', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'mapped', 'time_duration', 'time_point', 'rescan', 'acquisition', 'analysis', 'contrast')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}

Formats: ['Directory']
Rule selection key: () ()
Priority offset: 0
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'

P:MRI Bias Corrected
Parent types:
P:MRI
3D Volume
4D Volume
Any Type

Key: ['time_point', 'acquisition_date', 'contrast', 'mapped', 'time_duration', 'rescan', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'mapped', 'time_duration', 'time_point', 'rescan', 'acquisition', 'analysis', 'contrast')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/nobias_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'

{center}/{subject}/anatomical_mri/{acquisition}/pre_analysis/nobias_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 1
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
analysis = ''
modality = 'anatomical_mri'

P:MRI Bias Field
Parent types:
Rainbow 3D volume
3D Volume
4D Volume
Any Type

Key: ['time_point', 'acquisition_date', 'contrast', 'mapped', 'time_duration', 'rescan', 'center', 'subject', 'acquisition']

Non mandatory key attributes: ('acquisition_date', 'mapped', 'time_duration', 'time_point', 'rescan', 'acquisition', 'contrast')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

{center}/{subject}/anatomical_mri/{acquisition}/pre_analysis/biasfield_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'

P:MRI EM Bias Corrected
Parent types:
P:MRI Bias Corrected
P:MRI
3D Volume
4D Volume
Any Type

Key: ['time_point', 'acquisition_date', 'contrast', 'mapped', 'time_duration', 'rescan', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'mapped', 'time_duration', 'time_point', 'rescan', 'acquisition', 'analysis', 'contrast')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/EM_nobias_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 3
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'

P:MRI EM Bias Field
Parent types:
P:MRI Bias Field
Rainbow 3D volume
3D Volume
4D Volume
Any Type

Key: ['time_point', 'acquisition_date', 'contrast', 'mapped', 'time_duration', 'rescan', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'mapped', 'time_duration', 'time_point', 'rescan', 'acquisition', 'analysis', 'contrast')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/EM_biasfield_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 2
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'

P:MRI Edges
Parent types:
Rainbow 3D volume
3D Volume
4D Volume
Any Type

Key: ['time_point', 'acquisition_date', 'contrast', 'mapped', 'time_duration', 'rescan', 'center', 'subject', 'acquisition']

Non mandatory key attributes: ('acquisition_date', 'mapped', 'time_duration', 'time_point', 'rescan', 'acquisition', 'contrast')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

{center}/{subject}/anatomical_mri/{acquisition}/pre_analysis/edges_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'

P:MRI Filtered For Histo
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['time_point', 'acquisition_date', 'contrast', 'mapped', 'time_duration', 'rescan', 'center', 'subject', 'acquisition']

Non mandatory key attributes: ('acquisition_date', 'mapped', 'time_duration', 'time_point', 'rescan', 'acquisition', 'contrast')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

{center}/{subject}/anatomical_mri/{acquisition}/pre_analysis/hfiltered_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'

P:MRI Histo Analysis
Parent types:
P:Histo Analysis
Histo Analysis
Text file
Any Type

Key: ['time_point', 'acquisition_date', 'contrast', 'mapped', 'time_duration', 'rescan', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'mapped', 'time_duration', 'time_point', 'rescan', 'acquisition', 'analysis', 'contrast')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/<subject>

Formats: ['Histo Analysis']
Rule selection key: () ()
Priority offset: 1
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'

P:MRI Histogram
Parent types:
P:Histogram
Histogram
Any Type

Key: ['time_point', 'acquisition_date', 'contrast', 'mapped', 'time_duration', 'rescan', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'mapped', 'time_duration', 'time_point', 'rescan', 'acquisition', 'analysis', 'contrast')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/<subject>

Formats: ['Histogram']
Rule selection key: () ()
Priority offset: 1
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'

P:MRI Mean Curvature
Parent types:
Rainbow 3D volume
3D Volume
4D Volume
Any Type

Key: ['time_point', 'acquisition_date', 'contrast', 'mapped', 'time_duration', 'rescan', 'center', 'subject', 'acquisition']

Non mandatory key attributes: ('acquisition_date', 'mapped', 'time_duration', 'time_point', 'rescan', 'acquisition', 'contrast')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

{center}/{subject}/anatomical_mri/{acquisition}/pre_analysis/mean_curvature_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 1
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'

P:MRI Raw
Parent types:
P:MRI
3D Volume
4D Volume
Any Type

Key: ['time_point', 'acquisition_date', 'contrast', 'mapped', 'time_duration', 'rescan', 'center', 'subject', 'acquisition']

Non mandatory key attributes: ('acquisition_date', 'mapped', 'time_duration', 'time_point', 'rescan', 'acquisition', 'contrast')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

{center}/{subject}/anatomical_mri/{acquisition}/<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 1
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'
normalized = 'no'

P:MRI VIP Bias Corrected
Parent types:
P:MRI Bias Corrected
P:MRI
3D Volume
4D Volume
Any Type

Key: ['time_point', 'acquisition_date', 'contrast', 'mapped', 'time_duration', 'rescan', 'center', 'subject', 'acquisition']

Non mandatory key attributes: ('acquisition_date', 'mapped', 'time_duration', 'time_point', 'rescan', 'acquisition', 'contrast')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

{center}/{subject}/anatomical_mri/{acquisition}/pre_analysis/VIP_nobias_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 2
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'

P:MRI VIP Bias Field
Parent types:
P:MRI Bias Field
Rainbow 3D volume
3D Volume
4D Volume
Any Type

Key: ['time_point', 'acquisition_date', 'contrast', 'mapped', 'time_duration', 'rescan', 'center', 'subject', 'acquisition']

Non mandatory key attributes: ('acquisition_date', 'mapped', 'time_duration', 'time_point', 'rescan', 'acquisition', 'contrast')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

{center}/{subject}/anatomical_mri/{acquisition}/pre_analysis/VIP_biasfield_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 2
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'

P:MRI Variance
Parent types:
Rainbow 3D volume
3D Volume
4D Volume
Any Type

Key: ['time_point', 'acquisition_date', 'contrast', 'mapped', 'time_duration', 'rescan', 'center', 'subject', 'acquisition']

Non mandatory key attributes: ('acquisition_date', 'mapped', 'time_duration', 'time_point', 'rescan', 'acquisition', 'contrast')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

{center}/{subject}/anatomical_mri/{acquisition}/pre_analysis/variance_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'

P:MRI White Matter Ridges
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['time_point', 'acquisition_date', 'contrast', 'mapped', 'time_duration', 'rescan', 'center', 'subject', 'acquisition']

Non mandatory key attributes: ('acquisition_date', 'mapped', 'time_duration', 'time_point', 'rescan', 'acquisition', 'contrast')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

{center}/{subject}/anatomical_mri/{acquisition}/pre_analysis/whiteridge_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'

P:Modality
Parent types:
Any Type

Key: ['center', 'subject']
Default attributes values:
center = 'subjects'

{center}/{subject}/anatomical_mri

Formats: ['Directory']
Rule selection key: () ()
Priority offset: 0
modality = 'anatomical_mri'

P:Morpho Skull Stripping Mask
Parent types:
P:Skull Stripping Mask
Label volume
3D Volume
4D Volume
Any Type

Key: ['time_point', 'acquisition_date', 'contrast', 'mapped', 'time_duration', 'rescan', 'center', 'subject', 'acquisition']

Non mandatory key attributes: ('acquisition_date', 'mapped', 'time_duration', 'time_point', 'rescan', 'acquisition', 'contrast')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

{center}/{subject}/anatomical_mri/{acquisition}/pre_analysis/skullstrip_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'

P:Parcellation
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['time_point', 'acquisition_date', 'contrast', 'mapped', 'time_duration', 'rescan', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'mapped', 'time_duration', 'time_point', 'rescan', 'acquisition', 'analysis', 'contrast')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/parcel_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'
side = 'Both'

P:Parcellation Proba
Parent types:
Probabilities Volume
4D Volume
Any Type

Key: ['time_point', 'acquisition_date', 'contrast', 'mapped', 'time_duration', 'rescan', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'mapped', 'time_duration', 'time_point', 'rescan', 'acquisition', 'analysis', 'contrast')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/parcel_proba_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'
side = 'Both'

P:Raw to Aligned AC-PC Transformation
Parent types:
Transformation matrix
Transformation
Any Type

Key: ['time_point', 'acquisition_date', 'contrast', 'mapped', 'time_duration', 'rescan', 'center', 'subject', 'acquisition']

Non mandatory key attributes: ('acquisition_date', 'mapped', 'time_duration', 'time_point', 'rescan', 'acquisition', 'contrast')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

{center}/{subject}/anatomical_mri/{acquisition}/registration/raw_to_aligned-AC-PC

Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: () ()
Priority offset: 0
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'

P:Registration Target
Parent types:
P:MRI
3D Volume
4D Volume
Any Type

Key: ['time_point', 'acquisition_date', 'contrast', 'mapped', 'time_duration', 'rescan', 'center', 'subject', 'acquisition']

Non mandatory key attributes: ('acquisition_date', 'mapped', 'time_duration', 'time_point', 'rescan', 'acquisition', 'contrast')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

{center}/{subject}/anatomical_mri/{acquisition}/registration/target_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'

P:Subject Referential
Parent types:
Referential
Text file
Any Type

Key: ['time_point', 'acquisition_date', 'contrast', 'mapped', 'time_duration', 'rescan', 'center', 'subject', 'acquisition']

Non mandatory key attributes: ('acquisition_date', 'mapped', 'time_duration', 'time_point', 'rescan', 'acquisition', 'contrast')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

{center}/{subject}/anatomical_mri/{acquisition}/registration/<subject>_<acquisition>

Formats: ['Referential']
Rule selection key: () ()
Priority offset: 0
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'

P:Subject To Template Affine Transformation
Parent types:
REF to TEST Transformation matrix
RECAL Transformation matrix
Transformation matrix
Transformation
Any Type

Key: ['time_point', 'acquisition_date', 'contrast', 'mapped', 'time_duration', 'rescan', 'center', 'subject', 'acquisition']

Non mandatory key attributes: ('acquisition_date', 'mapped', 'time_duration', 'time_point', 'rescan', 'acquisition', 'contrast')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

{center}/{subject}/anatomical_mri/{acquisition}/registration/<subject>_<acquisition>_TO_template

Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: () ()
Priority offset: 0
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'

P:Subject to Talairach-AC/PC-Anatomist Transformation
Parent types:
Transformation matrix
Transformation
Any Type

Key: ['time_point', 'acquisition_date', 'contrast', 'mapped', 'time_duration', 'rescan', 'center', 'subject', 'acquisition']

Non mandatory key attributes: ('acquisition_date', 'mapped', 'time_duration', 'time_point', 'rescan', 'acquisition', 'contrast')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

{center}/{subject}/anatomical_mri/{acquisition}/registration/<subject>_<acquisition>_TO_Talairach-ACPC

Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: () ()
Priority offset: 0
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'

P:Subject to Talairach-MNI template-SPM Transformation
Parent types:
Transformation matrix
Transformation
Any Type

Key: ['time_point', 'acquisition_date', 'contrast', 'mapped', 'time_duration', 'rescan', 'center', 'subject', 'acquisition']

Non mandatory key attributes: ('acquisition_date', 'mapped', 'time_duration', 'time_point', 'rescan', 'acquisition', 'contrast')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

{center}/{subject}/anatomical_mri/{acquisition}/registration/<subject>_<acquisition>_TO_Talairach-MNI

Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: () ()
Priority offset: 0
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'
destination_referential = '803552a6-ac4d-491d-99f5-b938392b674b'

P:Template To Subject Affine Transformation
Parent types:
TEST to REF Transformation matrix
RECAL Transformation matrix
Transformation matrix
Transformation
Any Type

Key: ['time_point', 'acquisition_date', 'contrast', 'mapped', 'time_duration', 'rescan', 'center', 'subject', 'acquisition']

Non mandatory key attributes: ('acquisition_date', 'mapped', 'time_duration', 'time_point', 'rescan', 'acquisition', 'contrast')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

{center}/{subject}/anatomical_mri/{acquisition}/registration/template_TO_<subject>_<acquisition>_affine

Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: () ()
Priority offset: 0
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'

P:Template To Subject FFD Transformation
Parent types:
FFD Transformation
3D Volume
4D Volume
Any Type

Key: ['time_point', 'acquisition_date', 'contrast', 'mapped', 'time_duration', 'rescan', 'center', 'subject', 'acquisition']

Non mandatory key attributes: ('acquisition_date', 'mapped', 'time_duration', 'time_point', 'rescan', 'acquisition', 'contrast')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

{center}/{subject}/anatomical_mri/{acquisition}/registration/template_TO_<subject>_<acquisition>_nonlinear

Formats: ['GIS image']
Rule selection key: () ()
Priority offset: 0
time_point = ''
acquisition_date = ''
contrast = ''
mapped = ''
time_duration = ''
rescan = ''
modality = 'anatomical_mri'

PET SUV
Parent types:
PET
4D Volume
Any Type

Key: ['center', 'subject', 'processing', 'acquisition', 'tracer', 'analysis']
Default attributes values:
center = 'subjects'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}/pet<tracer>_space/<subject>_pet_SUV

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
space = 'pet'

PET Template
Parent types:
Template
3D Volume
4D Volume
Any Type

Key: ['tracer']
templates/PET/{tracer}

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
normalized = 'yes'
databasename = 'local'

PET acquisition data
Parent types:
Text file
Any Type

Key: ['acquisition_date', 'center', 'subject', 'acquisition', 'tracer']

Non mandatory key attributes: ('acquisition_date',)
Default attributes values:
center = 'subjects'

{center}/{subject}/pet/{acquisition}/{tracer}/<subject>_mean_data

Formats: ['JSON file']
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
modality = 'PET'

PET dynamic
Parent types:
Directory
Any Type

Key: ['acquisition_date', 'center', 'subject', 'acquisition', 'tracer']

Non mandatory key attributes: ('acquisition_date',)
Default attributes values:
center = 'subjects'

{center}/{subject}/pet/{acquisition}/{tracer}/dynamic

Formats: ['Directory']
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
modality = 'PET'

PET dynamic SPM realign results
Parent types:
Text file
Any Type

Key: ['acquisition_date', 'center', 'subject', 'acquisition', 'tracer']

Non mandatory key attributes: ('acquisition_date',)
Default attributes values:
center = 'subjects'

{center}/{subject}/pet/{acquisition}/{tracer}/dynamic_realigned/rp_<subject>

Formats: None
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
modality = 'PET'

PET dynamic realigned
Parent types:
Directory
Any Type

Key: ['acquisition_date', 'center', 'subject', 'acquisition', 'tracer']

Non mandatory key attributes: ('acquisition_date',)
Default attributes values:
center = 'subjects'

{center}/{subject}/pet/{acquisition}/{tracer}/dynamic_realigned

Formats: ['Directory']
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
modality = 'PET'

PET followup SUV comparison snapshot
Parent types:
Snapshot
2D Image
3D Volume
4D Volume
Any Type

Key: ['center', 'subject', 'processing', 'acquisition', 'tracer', 'analysis', 'baseline_acquisition']
Default attributes values:
center = 'subjects'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}/pet<tracer>_space/<subject>_followup_SUV_comparison_with_{baseline_acquisition}

Formats: 'Aims image formats'
Rule selection key: () ()
Priority offset: 0

PET mean
Parent types:
PET
4D Volume
Any Type

Key: ['acquisition_date', 'center', 'subject', 'acquisition', 'tracer', 'first_frame', 'last_frame', 'processing', 'analysis', 'segmentation_method', 'PVC_method', 'space', 'template']

Non mandatory key attributes: ('acquisition_date',)
Default attributes values:
center = 'subjects'

Rules selection key: ['space'] ['first_frame', 'last_frame', 'processing', 'analysis', 'segmentation_method', 'PVC_method', 'template']
{center}/{subject}/pet/{acquisition}/{tracer}/<subject>_mean

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (True, True, True, True, True, True, True)
Priority offset: 0
acquisition_date = ''
first_frame = ''
last_frame = ''
processing = ''
analysis = ''
segmentation_method = ''
PVC_method = ''
template = ''
modality = 'PET'
space = 'pet'
PVC = 'no'

{center}/{subject}/pet/{acquisition}/{tracer}/<subject>_mean

Formats: 'BrainVISA volume formats'
Rule selection key: ('pet',) (True, True, True, True, True, True, True)
Priority offset: 0
acquisition_date = ''
first_frame = ''
last_frame = ''
processing = ''
analysis = ''
segmentation_method = ''
PVC_method = ''
template = ''
modality = 'PET'
space = 'pet'
PVC = 'no'

{center}/{subject}/pet/{acquisition}/{tracer}/<subject>_mean_{first_frame}_to_{last_frame}

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (False, False, True, True, True, True, True)
Priority offset: 0
acquisition_date = ''
processing = ''
analysis = ''
segmentation_method = ''
PVC_method = ''
template = ''
modality = 'PET'
space = 'pet'
PVC = 'no'

{center}/{subject}/pet/{acquisition}/{tracer}/<subject>_mean_{first_frame}_to_{last_frame}

Formats: 'BrainVISA volume formats'
Rule selection key: ('pet',) (False, False, True, True, True, True, True)
Priority offset: 0
acquisition_date = ''
processing = ''
analysis = ''
segmentation_method = ''
PVC_method = ''
template = ''
modality = 'PET'
space = 'pet'
PVC = 'no'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/pet<tracer>_space/<subject>_pet_mean

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (True, True, False, False, False, False, True)
Priority offset: 0
acquisition_date = ''
first_frame = ''
last_frame = ''
template = ''
PVC = 'yes'
space = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/pet<tracer>_space/<subject>_pet_mean_{PVC_method}_PVC

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (True, True, False, False, False, False, True)
Priority offset: 0
acquisition_date = ''
first_frame = ''
last_frame = ''
template = ''
PVC = 'yes'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/t1mri_space/<subject>_pet_mean

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (True, True, False, False, False, False, True)
Priority offset: 0
acquisition_date = ''
first_frame = ''
last_frame = ''
template = ''
PVC = 'yes'
space = 't1mri'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/pet<tracer>_space/<subject>_pet_mean

Formats: 'BrainVISA volume formats'
Rule selection key: ('pet',) (True, True, False, False, False, False, True)
Priority offset: 0
acquisition_date = ''
first_frame = ''
last_frame = ''
template = ''
PVC = 'yes'
space = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/t1mri_space/<subject>_pet_mean

Formats: 'BrainVISA volume formats'
Rule selection key: ('t1mri',) (True, True, False, False, False, False, True)
Priority offset: 0
acquisition_date = ''
first_frame = ''
last_frame = ''
template = ''
PVC = 'yes'
space = 't1mri'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/mni{template}_space/<subject>_pet_mean

Formats: 'BrainVISA volume formats'
Rule selection key: ('mni',) (True, True, False, False, False, False, False)
Priority offset: 0
acquisition_date = ''
first_frame = ''
last_frame = ''
PVC = 'yes'
space = 'mni'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/mni{template}_space/<subject>_pet_mean

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (True, True, False, False, False, False, False)
Priority offset: 0
acquisition_date = ''
first_frame = ''
last_frame = ''
PVC = 'yes'
space = 'mni'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/pet<tracer>_space/<subject>_pet_mean

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (True, True, False, False, False, True, True)
Priority offset: 0
acquisition_date = ''
first_frame = ''
last_frame = ''
PVC_method = ''
template = ''
PVC = 'no'
space = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/t1mri_space/<subject>_pet_mean

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (True, True, False, False, False, True, True)
Priority offset: 0
acquisition_date = ''
first_frame = ''
last_frame = ''
PVC_method = ''
template = ''
PVC = 'no'
space = 't1mri'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/pet<tracer>_space/<subject>_pet_mean

Formats: 'BrainVISA volume formats'
Rule selection key: ('pet',) (True, True, False, False, False, True, True)
Priority offset: 0
acquisition_date = ''
first_frame = ''
last_frame = ''
PVC_method = ''
template = ''
PVC = 'no'
space = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/t1mri_space/<subject>_pet_mean

Formats: 'BrainVISA volume formats'
Rule selection key: ('t1mri',) (True, True, False, False, False, True, True)
Priority offset: 0
acquisition_date = ''
first_frame = ''
last_frame = ''
PVC_method = ''
template = ''
PVC = 'no'
space = 't1mri'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/mni{template}_space/<subject>_pet_mean

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (True, True, False, False, False, True, False)
Priority offset: 0
acquisition_date = ''
first_frame = ''
last_frame = ''
PVC_method = ''
PVC = 'no'
space = 'mni'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/mni{template}_space/<subject>_pet_mean

Formats: 'BrainVISA volume formats'
Rule selection key: ('mni',) (True, True, False, False, False, True, False)
Priority offset: 0
acquisition_date = ''
first_frame = ''
last_frame = ''
PVC_method = ''
PVC = 'no'
space = 'mni'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}/mni{template}_space/<subject>_pet_mean

Formats: 'BrainVISA volume formats'
Rule selection key: ('mni',) (True, True, False, False, True, True, False)
Priority offset: 0
acquisition_date = ''
first_frame = ''
last_frame = ''
segmentation_method = ''
PVC_method = ''
PVC = 'no'
space = 'mni'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}/mni{template}_space/<subject>_pet_mean

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (True, True, False, False, True, True, False)
Priority offset: 0
acquisition_date = ''
first_frame = ''
last_frame = ''
segmentation_method = ''
PVC_method = ''
PVC = 'no'
space = 'mni'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}/t1mri_space/<subject>_pet_mean

Formats: 'BrainVISA volume formats'
Rule selection key: ('t1mri',) (True, True, False, False, True, True, True)
Priority offset: 0
acquisition_date = ''
first_frame = ''
last_frame = ''
segmentation_method = ''
PVC_method = ''
template = ''
PVC = 'no'
space = 't1mri'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}/t1mri_space/<subject>_pet_mean

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (True, True, False, False, True, True, True)
Priority offset: 0
acquisition_date = ''
first_frame = ''
last_frame = ''
segmentation_method = ''
PVC_method = ''
template = ''
PVC = 'no'
space = 't1mri'

PET mean intersected
Parent types:
PET
4D Volume
Any Type

Key: ['center', 'subject', 'processing', 'acquisition', 'tracer', 'analysis', 'segmentation_method', 'PVC_method', 'tissue_class', 'space', 'template']
Default attributes values:
center = 'subjects'

Rules selection key: ['space'] ['template', 'PVC_method']
{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/pet<tracer>_space/<subject>_pet_mean_{tissue_class}Masked

Formats: 'BrainVISA volume formats'
Rule selection key: ('pet',) (True, False)
Priority offset: 0
template = ''
PVC = 'yes'
space = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/pet<tracer>_space/<subject>_pet_mean_{tissue_class}Masked

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (True, False)
Priority offset: 0
template = ''
PVC = 'yes'
space = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/t1mri_space/<subject>_pet_mean_{tissue_class}Masked

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (True, False)
Priority offset: 0
template = ''
PVC = 'yes'
space = 't1mri'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/t1mri_space/<subject>_pet_mean_{tissue_class}Masked

Formats: 'BrainVISA volume formats'
Rule selection key: ('t1mri',) (True, False)
Priority offset: 0
template = ''
PVC = 'yes'
space = 't1mri'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/mni{template}_space/<subject>_pet_mean_{tissue_class}Masked

Formats: 'BrainVISA volume formats'
Rule selection key: ('mni',) (False, False)
Priority offset: 0
PVC = 'yes'
space = 'mni'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/mni{template}_space/<subject>_pet_mean_{tissue_class}Masked

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (False, False)
Priority offset: 0
PVC = 'yes'
space = 'mni'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/pet<tracer>_space/<subject>_pet_mean_{tissue_class}Masked

Formats: 'BrainVISA volume formats'
Rule selection key: ('pet',) (True, True)
Priority offset: 0
PVC_method = ''
template = ''
PVC = 'no'
space = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/pet<tracer>_space/<subject>_pet_mean_{tissue_class}Masked

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (True, True)
Priority offset: 0
PVC_method = ''
template = ''
PVC = 'no'
space = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/t1mri_space/<subject>_pet_mean_{tissue_class}Masked

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (True, True)
Priority offset: 0
PVC_method = ''
template = ''
PVC = 'no'
space = 't1mri'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/t1mri_space/<subject>_pet_mean_{tissue_class}Masked

Formats: 'BrainVISA volume formats'
Rule selection key: ('t1mri',) (True, True)
Priority offset: 0
PVC_method = ''
template = ''
PVC = 'no'
space = 't1mri'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/mni{template}_space/<subject>_pet_mean_{tissue_class}Masked

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (False, True)
Priority offset: 0
PVC_method = ''
PVC = 'no'
space = 'mni'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/mni{template}_space/<subject>_pet_mean_{tissue_class}Masked

Formats: 'BrainVISA volume formats'
Rule selection key: ('mni',) (False, True)
Priority offset: 0
PVC_method = ''
PVC = 'no'
space = 'mni'

PET mean smoothed
Parent types:
PET
4D Volume
Any Type

Key: ['center', 'subject', 'processing', 'acquisition', 'tracer', 'analysis', 'segmentation_method', 'PVC_method', 'fwhm', 'space', 'template']
Default attributes values:
center = 'subjects'

Rules selection key: ['space'] ['template', 'PVC_method', 'segmentation_method']
{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/pet<tracer>_space/<subject>_pet_smoothed_{fwhm}

Formats: 'BrainVISA volume formats'
Rule selection key: ('pet',) (True, False, False)
Priority offset: 0
template = ''
space = 'pet'
PVC = 'yes'
space = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/pet<tracer>_space/<subject>_pet_smoothed_{fwhm}

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (True, False, False)
Priority offset: 0
template = ''
space = 'pet'
PVC = 'yes'
space = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/t1mri_space/<subject>_pet_smoothed_{fwhm}

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (True, False, False)
Priority offset: 0
template = ''
space = 'pet'
PVC = 'yes'
space = 't1mri'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/t1mri_space/<subject>_pet_smoothed_{fwhm}

Formats: 'BrainVISA volume formats'
Rule selection key: ('t1mri',) (True, False, False)
Priority offset: 0
template = ''
space = 'pet'
PVC = 'yes'
space = 't1mri'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/mni{template}_space/<subject>_pet_smoothed_{fwhm}

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (False, False, False)
Priority offset: 0
space = 'pet'
PVC = 'yes'
space = 'mni'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/mni{template}_space/<subject>_pet_smoothed_{fwhm}

Formats: 'BrainVISA volume formats'
Rule selection key: ('mni',) (False, False, False)
Priority offset: 0
space = 'pet'
PVC = 'yes'
space = 'mni'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/pet<tracer>_space/<subject>_pet_smoothed_{fwhm}

Formats: 'BrainVISA volume formats'
Rule selection key: ('pet',) (True, True, False)
Priority offset: 0
PVC_method = ''
template = ''
space = 'pet'
PVC = 'no'
space = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/pet<tracer>_space/<subject>_pet_smoothed_{fwhm}

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (True, True, False)
Priority offset: 0
PVC_method = ''
template = ''
space = 'pet'
PVC = 'no'
space = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/t1mri_space/<subject>_pet_smoothed_{fwhm}

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (True, True, False)
Priority offset: 0
PVC_method = ''
template = ''
space = 'pet'
PVC = 'no'
space = 't1mri'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/t1mri_space/<subject>_pet_smoothed_{fwhm}

Formats: 'BrainVISA volume formats'
Rule selection key: ('t1mri',) (True, True, False)
Priority offset: 0
PVC_method = ''
template = ''
space = 'pet'
PVC = 'no'
space = 't1mri'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/mni{template}_space/<subject>_pet_smoothed_{fwhm}

Formats: 'BrainVISA volume formats'
Rule selection key: ('mni',) (False, True, False)
Priority offset: 0
PVC_method = ''
space = 'pet'
PVC = 'no'
space = 'mni'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/mni{template}_space/<subject>_pet_smoothed_{fwhm}

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (False, True, False)
Priority offset: 0
PVC_method = ''
space = 'pet'
PVC = 'no'
space = 'mni'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}/pet<tracer>_space/<subject>_pet_smoothed_{fwhm}

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (True, True, True)
Priority offset: 0
segmentation_method = ''
PVC_method = ''
template = ''
space = 'pet'
PVC = 'no'
space = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}/pet<tracer>_space/<subject>_pet_smoothed_{fwhm}

Formats: 'BrainVISA volume formats'
Rule selection key: ('pet',) (True, True, True)
Priority offset: 0
segmentation_method = ''
PVC_method = ''
template = ''
space = 'pet'
PVC = 'no'
space = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}/mni{template}_space/<subject>_pet_smoothed_{fwhm}

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (False, True, True)
Priority offset: 0
segmentation_method = ''
PVC_method = ''
space = 'pet'
PVC = 'no'
space = 'mni'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}/mni{template}_space/<subject>_pet_smoothed_{fwhm}

Formats: 'BrainVISA volume formats'
Rule selection key: ('mni',) (False, True, True)
Priority offset: 0
segmentation_method = ''
PVC_method = ''
space = 'pet'
PVC = 'no'
space = 'mni'

PET outline
Parent types:
3D Volume
4D Volume
Any Type

Key: ['center', 'subject', 'processing', 'acquisition', 'tracer', 'analysis']
Default attributes values:
center = 'subjects'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}/pet<tracer>_space/<subject>_pet_outlines

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
space = 'pet'

PET parametric
Parent types:
PET
4D Volume
Any Type

Key: ['center', 'subject', 'processing', 'acquisition', 'tracer', 'analysis', 'segmentation_method', 'PVC_method', 'VOIReference', 'space', 'template']
Default attributes values:
center = 'subjects'

Rules selection key: ['space'] ['template', 'PVC_method', 'segmentation_method']
{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/pet<tracer>_space/<subject>_pet_parametric_using_{VOIReference}

Formats: 'BrainVISA volume formats'
Rule selection key: ('pet',) (True, False, False)
Priority offset: 0
template = ''
PVC = 'yes'
space = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/pet<tracer>_space/<subject>_pet_parametric_using_{VOIReference}

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (True, False, False)
Priority offset: 0
template = ''
PVC = 'yes'
space = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/t1mri_space/<subject>_pet_parametric_using_{VOIReference}

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (True, False, False)
Priority offset: 0
template = ''
PVC = 'yes'
space = 't1mri'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/t1mri_space/<subject>_pet_parametric_using_{VOIReference}

Formats: 'BrainVISA volume formats'
Rule selection key: ('t1mri',) (True, False, False)
Priority offset: 0
template = ''
PVC = 'yes'
space = 't1mri'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/mni{template}_space/<subject>_pet_parametric_using_{VOIReference}

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (False, False, False)
Priority offset: 0
PVC = 'yes'
space = 'mni'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/mni{template}_space/<subject>_pet_parametric_using_{VOIReference}

Formats: 'BrainVISA volume formats'
Rule selection key: ('mni',) (False, False, False)
Priority offset: 0
PVC = 'yes'
space = 'mni'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/pet<tracer>_space/<subject>_pet_parametric_using_{VOIReference}

Formats: 'BrainVISA volume formats'
Rule selection key: ('pet',) (True, True, False)
Priority offset: 0
PVC_method = ''
template = ''
PVC = 'no'
space = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/pet<tracer>_space/<subject>_pet_parametric_using_{VOIReference}

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (True, True, False)
Priority offset: 0
PVC_method = ''
template = ''
PVC = 'no'
space = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/t1mri_space/<subject>_pet_parametric_using_{VOIReference}

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (True, True, False)
Priority offset: 0
PVC_method = ''
template = ''
PVC = 'no'
space = 't1mri'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/t1mri_space/<subject>_pet_parametric_using_{VOIReference}

Formats: 'BrainVISA volume formats'
Rule selection key: ('t1mri',) (True, True, False)
Priority offset: 0
PVC_method = ''
template = ''
PVC = 'no'
space = 't1mri'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/mni{template}_space/<subject>_pet_parametric_using_{VOIReference}

Formats: 'BrainVISA volume formats'
Rule selection key: ('mni',) (False, True, False)
Priority offset: 0
PVC_method = ''
PVC = 'no'
space = 'mni'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/mni{template}_space/<subject>_pet_parametric_using_{VOIReference}

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (False, True, False)
Priority offset: 0
PVC_method = ''
PVC = 'no'
space = 'mni'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}/mni{template}_space/<subject>_pet_parametric_using_{VOIReference}

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (False, True, True)
Priority offset: 0
segmentation_method = ''
PVC_method = ''
PVC = 'no'
space = 'mni'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}/mni{template}_space/<subject>_pet_parametric_using_{VOIReference}

Formats: 'BrainVISA volume formats'
Rule selection key: ('mni',) (False, True, True)
Priority offset: 0
segmentation_method = ''
PVC_method = ''
PVC = 'no'
space = 'mni'

PET parametric data
Parent types:
Text file
Any Type

Key: ['center', 'subject', 'processing', 'acquisition', 'tracer', 'analysis', 'segmentation_method', 'PVC_method', 'VOIReference', 'space', 'template']
Default attributes values:
center = 'subjects'

Rules selection key: ['space'] ['template', 'PVC_method', 'segmentation_method']
{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/pet<tracer>_space/<subject>_pet_parametric_using_{VOIReference}_data

Formats: ['JSON file']
Rule selection key: ('pet',) (True, False, False)
Priority offset: 0
template = ''
PVC = 'yes'
space = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/pet<tracer>_space/<subject>_pet_parametric_using_{VOIReference}_data

Formats: ['JSON file']
Rule selection key: ('',) (True, False, False)
Priority offset: 0
template = ''
PVC = 'yes'
space = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/t1mri_space/<subject>_pet_parametric_using_{VOIReference}_data

Formats: ['JSON file']
Rule selection key: ('',) (True, False, False)
Priority offset: 0
template = ''
PVC = 'yes'
space = 't1mri'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/t1mri_space/<subject>_pet_parametric_using_{VOIReference}_data

Formats: ['JSON file']
Rule selection key: ('t1mri',) (True, False, False)
Priority offset: 0
template = ''
PVC = 'yes'
space = 't1mri'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/mni{template}_space/<subject>_pet_parametric_using_{VOIReference}_data

Formats: ['JSON file']
Rule selection key: ('',) (False, False, False)
Priority offset: 0
PVC = 'yes'
space = 'mni'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/mni{template}_space/<subject>_pet_parametric_using_{VOIReference}_data

Formats: ['JSON file']
Rule selection key: ('mni',) (False, False, False)
Priority offset: 0
PVC = 'yes'
space = 'mni'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/pet<tracer>_space/<subject>_pet_parametric_using_{VOIReference}_data

Formats: ['JSON file']
Rule selection key: ('pet',) (True, True, False)
Priority offset: 0
PVC_method = ''
template = ''
PVC = 'no'
space = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/pet<tracer>_space/<subject>_pet_parametric_using_{VOIReference}_data

Formats: ['JSON file']
Rule selection key: ('',) (True, True, False)
Priority offset: 0
PVC_method = ''
template = ''
PVC = 'no'
space = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/t1mri_space/<subject>_pet_parametric_using_{VOIReference}_data

Formats: ['JSON file']
Rule selection key: ('',) (True, True, False)
Priority offset: 0
PVC_method = ''
template = ''
PVC = 'no'
space = 't1mri'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/t1mri_space/<subject>_pet_parametric_using_{VOIReference}_data

Formats: ['JSON file']
Rule selection key: ('t1mri',) (True, True, False)
Priority offset: 0
PVC_method = ''
template = ''
PVC = 'no'
space = 't1mri'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/mni{template}_space/<subject>_pet_parametric_using_{VOIReference}_data

Formats: ['JSON file']
Rule selection key: ('mni',) (False, True, False)
Priority offset: 0
PVC_method = ''
PVC = 'no'
space = 'mni'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/mni{template}_space/<subject>_pet_parametric_using_{VOIReference}_data

Formats: ['JSON file']
Rule selection key: ('',) (False, True, False)
Priority offset: 0
PVC_method = ''
PVC = 'no'
space = 'mni'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}/mni{template}_space/<subject>_pet_parametric_using_{VOIReference}_data

Formats: ['JSON file']
Rule selection key: ('',) (False, True, True)
Priority offset: 0
segmentation_method = ''
PVC_method = ''
PVC = 'no'
space = 'mni'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}/mni{template}_space/<subject>_pet_parametric_using_{VOIReference}_data

Formats: ['JSON file']
Rule selection key: ('mni',) (False, True, True)
Priority offset: 0
segmentation_method = ''
PVC_method = ''
PVC = 'no'
space = 'mni'

PET parametric intersected
Parent types:
PET
4D Volume
Any Type

Key: ['center', 'subject', 'processing', 'acquisition', 'tracer', 'analysis', 'segmentation_method', 'PVC_method', 'VOIReference', 'tissue_class', 'space', 'template']
Default attributes values:
center = 'subjects'

Rules selection key: ['space'] ['template', 'PVC_method']
{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/pet<tracer>_space/<subject>_pet_parametric_using_{VOIReference}_{tissue_class}Masked

Formats: 'BrainVISA volume formats'
Rule selection key: ('pet',) (True, False)
Priority offset: 0
template = ''
PVC = 'yes'
space = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/pet<tracer>_space/<subject>_pet_parametric_using_{VOIReference}_{tissue_class}Masked

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (True, False)
Priority offset: 0
template = ''
PVC = 'yes'
space = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/t1mri_space/<subject>_pet_parametric_using_{VOIReference}_{tissue_class}Masked

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (True, False)
Priority offset: 0
template = ''
PVC = 'yes'
space = 't1mri'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/t1mri_space/<subject>_pet_parametric_using_{VOIReference}_{tissue_class}Masked

Formats: 'BrainVISA volume formats'
Rule selection key: ('t1mri',) (True, False)
Priority offset: 0
template = ''
PVC = 'yes'
space = 't1mri'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/mni{template}_space/<subject>_pet_parametric_using_{VOIReference}_{tissue_class}Masked

Formats: 'BrainVISA volume formats'
Rule selection key: ('mni',) (False, False)
Priority offset: 0
PVC = 'yes'
space = 'mni'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/mni{template}_space/<subject>_pet_parametric_using_{VOIReference}_{tissue_class}Masked

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (False, False)
Priority offset: 0
PVC = 'yes'
space = 'mni'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/pet<tracer>_space/<subject>_pet_parametric_using_{VOIReference}_{tissue_class}Masked

Formats: 'BrainVISA volume formats'
Rule selection key: ('pet',) (True, True)
Priority offset: 0
PVC_method = ''
template = ''
PVC = 'no'
space = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/pet<tracer>_space/<subject>_pet_parametric_using_{VOIReference}_{tissue_class}Masked

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (True, True)
Priority offset: 0
PVC_method = ''
template = ''
PVC = 'no'
space = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/t1mri_space/<subject>_pet_parametric_using_{VOIReference}_{tissue_class}Masked

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (True, True)
Priority offset: 0
PVC_method = ''
template = ''
PVC = 'no'
space = 't1mri'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/t1mri_space/<subject>_pet_parametric_using_{VOIReference}_{tissue_class}Masked

Formats: 'BrainVISA volume formats'
Rule selection key: ('t1mri',) (True, True)
Priority offset: 0
PVC_method = ''
template = ''
PVC = 'no'
space = 't1mri'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/mni{template}_space/<subject>_pet_parametric_using_{VOIReference}_{tissue_class}Masked

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (False, True)
Priority offset: 0
PVC_method = ''
PVC = 'no'
space = 'mni'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/mni{template}_space/<subject>_pet_parametric_using_{VOIReference}_{tissue_class}Masked

Formats: 'BrainVISA volume formats'
Rule selection key: ('mni',) (False, True)
Priority offset: 0
PVC_method = ''
PVC = 'no'
space = 'mni'

PET parametric intersected smoothed
Parent types:
PET
4D Volume
Any Type

Key: ['center', 'subject', 'processing', 'acquisition', 'tracer', 'analysis', 'segmentation_method', 'PVC_method', 'VOIReference', 'tissue_class', 'fwhm', 'space', 'template']
Default attributes values:
center = 'subjects'

Rules selection key: ['space'] ['template', 'PVC_method']
{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/pet<tracer>_space/<subject>_pet_parametric_using_{VOIReference}_{tissue_class}Masked_smoothed_{fwhm}

Formats: 'BrainVISA volume formats'
Rule selection key: ('pet',) (True, False)
Priority offset: 0
template = ''
PVC = 'yes'
space = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/pet<tracer>_space/<subject>_pet_parametric_using_{VOIReference}_{tissue_class}Masked_smoothed_{fwhm}

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (True, False)
Priority offset: 0
template = ''
PVC = 'yes'
space = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/t1mri_space/<subject>_pet_parametric_using_{VOIReference}_{tissue_class}Masked_smoothed_{fwhm}

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (True, False)
Priority offset: 0
template = ''
PVC = 'yes'
space = 't1mri'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/t1mri_space/<subject>_pet_parametric_using_{VOIReference}_{tissue_class}Masked_smoothed_{fwhm}

Formats: 'BrainVISA volume formats'
Rule selection key: ('t1mri',) (True, False)
Priority offset: 0
template = ''
PVC = 'yes'
space = 't1mri'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/mni{template}_space/<subject>_pet_parametric_using_{VOIReference}_{tissue_class}Masked_smoothed_{fwhm}

Formats: 'BrainVISA volume formats'
Rule selection key: ('mni',) (False, False)
Priority offset: 0
PVC = 'yes'
space = 'mni'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/mni{template}_space/<subject>_pet_parametric_using_{VOIReference}_{tissue_class}Masked_smoothed_{fwhm}

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (False, False)
Priority offset: 0
PVC = 'yes'
space = 'mni'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/pet<tracer>_space/<subject>_pet_parametric_using_{VOIReference}_{tissue_class}Masked_smoothed_{fwhm}

Formats: 'BrainVISA volume formats'
Rule selection key: ('pet',) (True, True)
Priority offset: 0
PVC_method = ''
template = ''
PVC = 'no'
space = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/pet<tracer>_space/<subject>_pet_parametric_using_{VOIReference}_{tissue_class}Masked_smoothed_{fwhm}

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (True, True)
Priority offset: 0
PVC_method = ''
template = ''
PVC = 'no'
space = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/t1mri_space/<subject>_pet_parametric_using_{VOIReference}_{tissue_class}Masked_smoothed_{fwhm}

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (True, True)
Priority offset: 0
PVC_method = ''
template = ''
PVC = 'no'
space = 't1mri'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/t1mri_space/<subject>_pet_parametric_using_{VOIReference}_{tissue_class}Masked_smoothed_{fwhm}

Formats: 'BrainVISA volume formats'
Rule selection key: ('t1mri',) (True, True)
Priority offset: 0
PVC_method = ''
template = ''
PVC = 'no'
space = 't1mri'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/mni{template}_space/<subject>_pet_parametric_using_{VOIReference}_{tissue_class}Masked_smoothed_{fwhm}

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (False, True)
Priority offset: 0
PVC_method = ''
PVC = 'no'
space = 'mni'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/mni{template}_space/<subject>_pet_parametric_using_{VOIReference}_{tissue_class}Masked_smoothed_{fwhm}

Formats: 'BrainVISA volume formats'
Rule selection key: ('mni',) (False, True)
Priority offset: 0
PVC_method = ''
PVC = 'no'
space = 'mni'

PET parametric smoothed
Parent types:
PET
4D Volume
Any Type

Key: ['center', 'subject', 'processing', 'acquisition', 'tracer', 'analysis', 'segmentation_method', 'PVC_method', 'VOIReference', 'fwhm', 'space', 'template']
Default attributes values:
center = 'subjects'

Rules selection key: ['space'] ['template', 'PVC_method', 'segmentation_method']
{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/pet<tracer>_space/<subject>_pet_parametric_using_{VOIReference}_smoothed_{fwhm}

Formats: 'BrainVISA volume formats'
Rule selection key: ('pet',) (True, False, False)
Priority offset: 0
template = ''
PVC = 'yes'
space = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/pet<tracer>_space/<subject>_pet_parametric_using_{VOIReference}_smoothed_{fwhm}

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (True, False, False)
Priority offset: 0
template = ''
PVC = 'yes'
space = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/t1mri_space/<subject>_pet_parametric_using_{VOIReference}_smoothed_{fwhm}

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (True, False, False)
Priority offset: 0
template = ''
PVC = 'yes'
space = 't1mri'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/t1mri_space/<subject>_pet_parametric_using_{VOIReference}_smoothed_{fwhm}

Formats: 'BrainVISA volume formats'
Rule selection key: ('t1mri',) (True, False, False)
Priority offset: 0
template = ''
PVC = 'yes'
space = 't1mri'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/mni{template}_space/<subject>_pet_parametric_using_{VOIReference}_smoothed_{fwhm}

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (False, False, False)
Priority offset: 0
PVC = 'yes'
space = 'mni'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/mni{template}_space/<subject>_pet_parametric_using_{VOIReference}_smoothed_{fwhm}

Formats: 'BrainVISA volume formats'
Rule selection key: ('mni',) (False, False, False)
Priority offset: 0
PVC = 'yes'
space = 'mni'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/pet<tracer>_space/<subject>_pet_parametric_using_{VOIReference}_smoothed_{fwhm}

Formats: 'BrainVISA volume formats'
Rule selection key: ('pet',) (True, True, False)
Priority offset: 0
PVC_method = ''
template = ''
PVC = 'no'
space = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/pet<tracer>_space/<subject>_pet_parametric_using_{VOIReference}_smoothed_{fwhm}

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (True, True, False)
Priority offset: 0
PVC_method = ''
template = ''
PVC = 'no'
space = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/t1mri_space/<subject>_pet_parametric_using_{VOIReference}_smoothed_{fwhm}

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (True, True, False)
Priority offset: 0
PVC_method = ''
template = ''
PVC = 'no'
space = 't1mri'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/t1mri_space/<subject>_pet_parametric_using_{VOIReference}_smoothed_{fwhm}

Formats: 'BrainVISA volume formats'
Rule selection key: ('t1mri',) (True, True, False)
Priority offset: 0
PVC_method = ''
template = ''
PVC = 'no'
space = 't1mri'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/mni{template}_space/<subject>_pet_parametric_using_{VOIReference}_smoothed_{fwhm}

Formats: 'BrainVISA volume formats'
Rule selection key: ('mni',) (False, True, False)
Priority offset: 0
PVC_method = ''
PVC = 'no'
space = 'mni'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/mni{template}_space/<subject>_pet_parametric_using_{VOIReference}_smoothed_{fwhm}

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (False, True, False)
Priority offset: 0
PVC_method = ''
PVC = 'no'
space = 'mni'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}/pet<tracer>_space/<subject>_pet_parametric_using_{VOIReference}_smoothed_{fwhm}

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (True, True, True)
Priority offset: 0
segmentation_method = ''
PVC_method = ''
template = ''
PVC = 'no'
space = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}/pet<tracer>_space/<subject>_pet_parametric_using_{VOIReference}_smoothed_{fwhm}

Formats: 'BrainVISA volume formats'
Rule selection key: ('pet',) (True, True, True)
Priority offset: 0
segmentation_method = ''
PVC_method = ''
template = ''
PVC = 'no'
space = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}/mni{template}_space/<subject>_pet_parametric_using_{VOIReference}_smoothed_{fwhm}

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (False, True, True)
Priority offset: 0
segmentation_method = ''
PVC_method = ''
PVC = 'no'
space = 'mni'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}/mni{template}_space/<subject>_pet_parametric_using_{VOIReference}_smoothed_{fwhm}

Formats: 'BrainVISA volume formats'
Rule selection key: ('mni',) (False, True, True)
Priority offset: 0
segmentation_method = ''
PVC_method = ''
PVC = 'no'
space = 'mni'

PET raw dicom
Parent types:
raw dicom
Any Type

Key: ['acquisition_date', 'center', 'subject', 'acquisition', 'tracer']

Non mandatory key attributes: ('acquisition_date',)
Default attributes values:
center = 'subjects'

{center}/{subject}/pet/{acquisition}/{tracer}/<subject>_raw_dicom

Formats: None
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
modality = 'PET'

PET raw ecat
Parent types:
4D Volume
Any Type

Key: ['acquisition_date', 'center', 'subject', 'acquisition', 'tracer']

Non mandatory key attributes: ('acquisition_date',)
Default attributes values:
center = 'subjects'

{center}/{subject}/pet/{acquisition}/{tracer}/<subject>_raw_ecat

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
modality = 'PET'

PET spatial normalisation quality control
Parent types:
Text file
Any Type

Key: ['center', 'subject', 'processing', 'acquisition', 'tracer', 'analysis', 'template']
Default attributes values:
center = 'subjects'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}/mni{template}_space/pet_spatial_normalisation_QC

Formats: ['JSON file']
Rule selection key: () ()
Priority offset: 0

PET transfer data
Parent types:
Text file
Any Type

Key: ['acquisition_date', 'center', 'subject', 'acquisition', 'tracer']

Non mandatory key attributes: ('acquisition_date',)
Default attributes values:
center = 'subjects'

{center}/{subject}/pet/{acquisition}/{tracer}/<subject>_transfer_data

Formats: ['JSON file']
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
modality = 'PET'

Parallel Diffusion Coefficient
Parent types:
Diffusion Scalar Map
3D Volume
4D Volume
Any Type

Key: ['center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition',)
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/diffusion/{acquisition}/{analysis}/pdc_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0

Parcellation volume
Parent types:
4D Volume
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_parcellation

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'

Phantom non-specific activity ROI
Parent types:
ROI
Any Type

Key: ['research_group', 'subject_age', 'center', 'subject', 'acquisition', 'tracer', 'ROI_name', 'space']

Non mandatory key attributes: ('research_group', 'subject_age')
Default attributes values:
center = 'subjects'

Rules selection key: ['space'] []

{center}/{subject}/spect/{acquisition}/{tracer}/spect<tracer>_space/<subject>_<acquisition>_<tracer>_{ROI_name}_phantom_NSA_ROI

Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('',) ()
Priority offset: 0
research_group = ''
subject_age = ''
modality = 'NM'
space = 'spect'

{center}/{subject}/spect/{acquisition}/{tracer}/mni_space/<subject>_<acquisition>_<tracer>_{ROI_name}_phantom_NSA_ROI

Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('',) ()
Priority offset: 0
research_group = ''
subject_age = ''
modality = 'NM'
space = 'mni'

{center}/{subject}/spect/{acquisition}/{tracer}/spect<tracer>_space/<subject>_<acquisition>_<tracer>_{ROI_name}_phantom_NSA_ROI

Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('spect',) ()
Priority offset: 0
research_group = ''
subject_age = ''
modality = 'NM'
space = 'spect'

{center}/{subject}/spect/{acquisition}/{tracer}/mni_space/<subject>_<acquisition>_<tracer>_{ROI_name}_phantom_NSA_ROI

Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('mni',) ()
Priority offset: 0
research_group = ''
subject_age = ''
modality = 'NM'
space = 'mni'

Photo image
Parent types:
Biological image
Biological volume
3D Volume
4D Volume
Any Type

Key: ['center', 'study', 'subject', 'specie', 'photo_number', 'serie']

Non mandatory key attributes: ('study',)
Default attributes values:
center = 'subjects'
study = 'default_study'

biology/{center}/{study}/blockface/{subject}/photos/{specie}_<subject>_photo{photo_number}_serie{serie}

Formats: 'Aims readable volume formats'
Rule selection key: () ()
Priority offset: 0

Photo image mask
Parent types:
Biological image
Biological volume
3D Volume
4D Volume
Any Type

Key: ['center', 'study', 'subject', 'specie', 'photo_number', 'serie']

Non mandatory key attributes: ('study',)
Default attributes values:
center = 'subjects'
study = 'default_study'

biology/{center}/{study}/blockface/{subject}/segmentations/{specie}_<subject>_mask_photo{photo_number}_serie{serie}

Formats: 'Aims readable volume formats'
Rule selection key: () ()
Priority offset: 0

Photo image registered to reference
Parent types:
Biological image
Biological volume
3D Volume
4D Volume
Any Type

Key: ['center', 'study', 'subject', 'specie', 'photo_number', 'serie']

Non mandatory key attributes: ('study',)
Default attributes values:
center = 'subjects'
study = 'default_study'

biology/{center}/{study}/blockface/{subject}/registrations/{specie}_<subject>_photo{photo_number}_serie{serie}_registered_to_ref

Formats: 'Aims readable volume formats'
Rule selection key: () ()
Priority offset: 0

Photo image to reference transformation
Parent types:
Transformation matrix
Transformation
Any Type

Key: ['center', 'study', 'subject', 'specie', 'photo_number', 'serie']

Non mandatory key attributes: ('study',)
Default attributes values:
center = 'subjects'
study = 'default_study'

biology/{center}/{study}/blockface/{subject}/registrations/{specie}_<subject>_photo{photo_number}_serie{serie}_to_ref

Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: () ()
Priority offset: 0

Photo volume
Parent types:
Biological volume
3D Volume
4D Volume
Any Type

Key: ['center', 'study', 'subject', 'specie']

Non mandatory key attributes: ('study',)
Default attributes values:
center = 'subjects'
study = 'default_study'

biology/{center}/{study}/blockface/{subject}/stacks/{specie}_<subject>_blockface

Formats: 'Aims readable volume formats'
Rule selection key: () ()
Priority offset: 0

Postmortem modality
Parent types:
Any Type

Key: ['center', 'study']

Non mandatory key attributes: ('study',)
Default attributes values:
center = 'subjects'
study = 'default_study'

biology/{center}/{study}/histology

Formats: ['Directory']
Rule selection key: () ()
Priority offset: 0

Primal Sketch
Parent types:
Data graph
Graph
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis', 'side']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

Rules selection key: ['side'] []
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_primal

Formats: ['Graph and data']
Rule selection key: ('right',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_primal

Formats: ['Graph and data']
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_primal

Formats: ['Graph and data']
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_primal

Formats: ['Graph and data']
Rule selection key: ('left',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

Primalsketch graph
Parent types:
Data graph
Graph
Any Type

Key: ['center', 'subject', 'contrast']
Default attributes values:
center = 'subjects'

{center}/{subject}/spmt/con_{contrast}/<subject>_spmt_<contrast>_sketch

Formats: ['Graph and data']
Rule selection key: () ()
Priority offset: 0

Process execution event
Parent types:
Any Type

Key: ['filename_variable']

history_book/*/*

Formats: ['Process execution event']
Rule selection key: () ()
Priority offset: 0

history_book/*/*

Formats: ['Process execution event']
Rule selection key: () ()
Priority offset: 0

Projection convolution kernels
Parent types:
4D Volume
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis', 'side']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

Rules selection key: ['side'] []

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_KERNEL

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_KERNEL

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_KERNEL

Formats: 'BrainVISA volume formats'
Rule selection key: ('left',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_KERNEL

Formats: 'BrainVISA volume formats'
Rule selection key: ('right',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

QBall Model
Parent types:
Diffusion Model
Any Type

Key: ['center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition',)
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/diffusion/{acquisition}/{analysis}/qball_<subject>

Formats: ['Bucket']
Rule selection key: () ()
Priority offset: 0

QC table
Parent types:
Text file
Any Type

Key: []
qc/qc

Formats: ['TSV file', 'CSV file']
Rule selection key: () ()
Priority offset: 0

Quality Check Report
Parent types:
Any Type

Key: ['qcid']
{qcid}

Formats: ['Quality Check Report']
Rule selection key: () ()
Priority offset: 0

REF to TEST Transformation matrix
Parent types:
RECAL Transformation matrix
Transformation matrix
Transformation
Any Type

Key: ['center', 'subject']
Default attributes values:
center = 'subjects'

{center}/{subject}/recal/ref_TO_test

Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: () ()
Priority offset: 0
from = 'REF'
to = 'TEST'

RGB Eigenvector
Parent types:
Diffusion Orientation Map
3D Volume
4D Volume
Any Type

Key: ['center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition',)
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/diffusion/{acquisition}/{analysis}/rgb_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0

ROI mask
Parent types:
ROI
Any Type

Key: ['ROI_name']
ROI_masks/{ROI_name}

Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: () ()
Priority offset: 0

ROI mask coregistered in NM space
Parent types:
ROI
Any Type

Key: ['center', 'subject', 'acquisition', 'tracer', 'ROI_name']
analyzes/Striatum_phantom/{center}/{subject}/{acquisition}/{tracer}/ROI_{ROI_name}_coregistered_in_NM_space

Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: () ()
Priority offset: 0

Raw DW Diffusion MR
Parent types:
DW Diffusion MR
4D Volume
Any Type

Key: ['center', 'subject', 'acquisition']

Non mandatory key attributes: ('acquisition',)
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

{center}/{subject}/diffusion/{acquisition}/raw_diffusion_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0

Raw FLAIR MRI
Parent types:
FLAIR MRI
3D Volume
4D Volume
Any Type

Key: ['center', 'subject', 'acquisition', 'normalization']

Non mandatory key attributes: ('acquisition',)
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

Rules selection key: [] ['normalization']
{center}/{subject}/flairmri/{acquisition}/<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () (True,)
Priority offset: 1
normalization = ''
modality = 'flairmri'
normalized = 'no'

{center}/{subject}/flairmri/{acquisition}/normalized_{normalization}_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () (False,)
Priority offset: 0
modality = 'flairmri'
normalized = 'yes'

Raw MP2RAGE INV1
Parent types:
3D Volume
4D Volume
Any Type

Key: ['center', 'subject', 'acquisition']

Non mandatory key attributes: ('acquisition',)
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

{center}/{subject}/mp2rage/{acquisition}/<subject>_INV1

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
modality = 'mp2rage'
normalized = 'no'

Raw MP2RAGE INV2
Parent types:
3D Volume
4D Volume
Any Type

Key: ['center', 'subject', 'acquisition']

Non mandatory key attributes: ('acquisition',)
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

{center}/{subject}/mp2rage/{acquisition}/<subject>_INV2

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
modality = 'mp2rage'
normalized = 'no'

Raw MP2RAGE T1MAP
Parent types:
3D Volume
4D Volume
Any Type

Key: ['center', 'subject', 'acquisition']

Non mandatory key attributes: ('acquisition',)
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

{center}/{subject}/mp2rage/{acquisition}/<subject>_T1MAP

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
modality = 'mp2rage'
normalized = 'no'

Raw MP2RAGE UNI
Parent types:
3D Volume
4D Volume
Any Type

Key: ['center', 'subject', 'acquisition']

Non mandatory key attributes: ('acquisition',)
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

{center}/{subject}/mp2rage/{acquisition}/<subject>_UNI

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
modality = 'mp2rage'
normalized = 'no'

Raw MP2RAGE acquisition data
Parent types:
Text file
Any Type

Key: ['center', 'subject', 'acquisition']

Non mandatory key attributes: ('acquisition',)
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

{center}/{subject}/mp2rage/{acquisition}/<subject>_data

Formats: ['JSON file']
Rule selection key: () ()
Priority offset: 0
modality = 'mp2rage'

Raw MP2RAGE to PET transformation file
Parent types:
Transformation matrix
Transformation
Any Type

Key: ['center', 'subject', 'acquisition']

Non mandatory key attributes: ('acquisition',)
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

{center}/{subject}/mp2rage/{acquisition}/<subject>_t1mri_to_pet_transformation

Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: () ()
Priority offset: 0
modality = 'mp2rage'

Raw T1 MRI
Parent types:
T1 MRI
3D Volume
4D Volume
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'normalization']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

Rules selection key: [] ['normalization']
{center}/{subject}/t1mri/{acquisition}/<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () (True,)
Priority offset: 1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
normalization = ''
modality = 't1mri'
normalized = 'no'

{center}/{subject}/t1mri/{acquisition}/normalized_{normalization}_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () (False,)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
normalized = 'yes'

Raw T1 MRI Brain Masked
Parent types:
Raw T1 MRI
T1 MRI
3D Volume
4D Volume
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/skull_stripped_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'both'
skull_stripped = 'yes'

Raw T1 MRI acquisition data
Parent types:
Text file
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

{center}/{subject}/t1mri/{acquisition}/<subject>_data

Formats: ['JSON file']
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'

Raw T1 MRI to PET transformation file
Parent types:
Transformation matrix
Transformation
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

{center}/{subject}/t1mri/{acquisition}/<subject>_t1mri_to_pet_transformation

Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'

Raw T1 to Global SPAM transformation
Parent types:
Transformation matrix
Transformation
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'side']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'
graph_version = '3.1'
sulci_recognition_session = 'default_session'

Rules selection key: ['side'] []

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/L<subject>_<sulci_recognition_session>_auto_T1_TO_SPAM

Formats: ['Transformation matrix']
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/R<subject>_<sulci_recognition_session>_auto_T1_TO_SPAM

Formats: ['Transformation matrix']
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/L<subject>_<sulci_recognition_session>_auto_T1_TO_SPAM

Formats: ['Transformation matrix']
Rule selection key: ('left',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/R<subject>_<sulci_recognition_session>_auto_T1_TO_SPAM

Formats: ['Transformation matrix']
Rule selection key: ('right',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

Raw T2 Diffusion MR
Parent types:
T2 Diffusion MR
3D Volume
4D Volume
Any Type

Key: ['center', 'subject', 'acquisition']

Non mandatory key attributes: ('acquisition',)
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

{center}/{subject}/diffusion/{acquisition}/t2diff_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0

Rawdata QC MN template
Parent types:
Text file
Any Type

Key: ['modality']
QC_template/init_qcrawdata_{modality}

Formats: ['JSON file']
Rule selection key: () ()
Priority offset: 0

Rectangular flat texture
Parent types:
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_rectangular_flat

Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'

Referential
Parent types:
Text file
Any Type

Key: ['center', 'filename_variable', 'subject']
Default attributes values:
center = 'subjects'

Rules selection key: [] ['subject']
{center}/registration/*

Formats: ['Referential']
Rule selection key: () (True,)
Priority offset: 0

{center}/{subject}/registration/*

Formats: ['Referential']
Rule selection key: () (False,)
Priority offset: 0

Referential of DARTEL Common Space
Parent types:
Referential
Text file
Any Type

Key: ['Study', 'Template']
analyzes/DISCO_analyzes/DISCO_{Study}/dartel_common_space_{Template}

Formats: ['Referential']
Rule selection key: () ()
Priority offset: 0

Referential of DARTEL Input Space
Parent types:
Referential
Text file
Any Type

Key: ['Study']
analyzes/DISCO_analyzes/DISCO_{Study}/dartel_input_space

Formats: ['Referential']
Rule selection key: () ()
Priority offset: 0

Referential of DISCO Common Space
Parent types:
Referential
Text file
Any Type

Key: ['Study']
analyzes/DISCO_analyzes/DISCO_{Study}/common_space_<Study>

Formats: ['Referential']
Rule selection key: () ()
Priority offset: 0

Referential of DISCO Subject Space
Parent types:
Referential
Text file
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/DISCO-<subject>_<acquisition>

Formats: ['Referential']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/DISCO-<subject>_<acquisition>

Formats: ['Referential']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/DISCO-<subject>_<acquisition>

Formats: ['Referential']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/DISCO-<subject>_<acquisition>

Formats: ['Referential']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/DISCO-<subject>_<acquisition>

Formats: ['Referential']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/DISCO-<subject>_<acquisition>

Formats: ['Referential']
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/DISCO-<subject>_<acquisition>

Formats: ['Referential']
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/DISCO-<subject>_<acquisition>

Formats: ['Referential']
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

Referential of Labelled Cortical folds graph
Parent types:
Referential
Text file
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'side']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'
graph_version = '3.1'
sulci_recognition_session = 'default_session'

Rules selection key: ['side'] []

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/L<subject>_<sulci_recognition_session>_auto

Formats: ['Referential']
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
parallel_recognition = 'No'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/R<subject>_<sulci_recognition_session>_auto

Formats: ['Referential']
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
parallel_recognition = 'No'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/L<subject>_<sulci_recognition_session>_auto

Formats: ['Referential']
Rule selection key: ('left',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
parallel_recognition = 'No'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/R<subject>_<sulci_recognition_session>_auto

Formats: ['Referential']
Rule selection key: ('right',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
parallel_recognition = 'No'

Referential of Raw FLAIR MRI
Parent types:
Referential
Text file
Any Type

Key: ['center', 'subject', 'acquisition']

Non mandatory key attributes: ('acquisition',)
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

{center}/{subject}/flairmri/{acquisition}/registration/RawFLAIR-<subject>_<acquisition>

Formats: ['Referential']
Rule selection key: () ()
Priority offset: 0
modality = 'flairmri'

Referential of Raw T1 MRI
Parent types:
Referential
Text file
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

{center}/{subject}/t1mri/{acquisition}/registration/RawT1-<subject>_<acquisition>

Formats: ['Referential']
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'

Referential of Raw T2 Diffusion MR
Parent types:
Referential
Text file
Any Type

Key: ['center', 'subject', 'acquisition']

Non mandatory key attributes: ('acquisition',)
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

{center}/{subject}/diffusion/{acquisition}/registration/t2diff_<subject>

Formats: ['Referential']
Rule selection key: () ()
Priority offset: 0

Registration Directory
Parent types:
Directory
Any Type

Key: ['center', 'subject']
Default attributes values:
center = 'subjects'

Rules selection key: [] ['subject']
{center}/registration

Formats: ['Directory']
Rule selection key: () (True,)
Priority offset: 0

{center}/{subject}/registration

Formats: ['Directory']
Rule selection key: () (False,)
Priority offset: 0

Remeshed mesh
Parent types:
White Mesh
Mesh
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis', 'inflated']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

Rules selection key: ['inflated'] []

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Bwhite_remeshed_inflated_hiphop

Formats: 'BrainVISA mesh formats'
Rule selection key: ('',) ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'both'
averaged = 'No'
inflated = 'Yes'
vertex_corr = 'Yes'
vertex_corr_method = 'hiphop'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Bwhite_remeshed_hiphop

Formats: 'BrainVISA mesh formats'
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'both'
averaged = 'No'
inflated = 'No'
vertex_corr = 'Yes'
vertex_corr_method = 'hiphop'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Bwhite_remeshed_hiphop

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'both'
averaged = 'No'
inflated = 'No'
vertex_corr = 'Yes'
vertex_corr_method = 'hiphop'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Bwhite_remeshed_inflated_hiphop

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes',) ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'both'
averaged = 'No'
inflated = 'Yes'
vertex_corr = 'Yes'
vertex_corr_method = 'hiphop'

Resamp Spline Image
Parent types:
3D Volume
4D Volume
Any Type

Key: ['center', 'subject']
Default attributes values:
center = 'subjects'

{center}/{subject}/recal/rs_recal_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0

Resample Volume To Talairach
Parent types:
Transformation matrix
Transformation
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Volume-<subject>_<acquisition>_TO_Talairach

Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Volume-<subject>_<acquisition>_TO_Talairach

Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Volume-<subject>_<acquisition>_TO_Talairach

Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Volume-<subject>_<acquisition>_TO_Talairach

Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Volume-<subject>_<acquisition>_TO_Talairach

Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Volume-<subject>_<acquisition>_TO_Talairach

Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Volume-<subject>_<acquisition>_TO_Talairach

Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Volume-<subject>_<acquisition>_TO_Talairach

Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

Resampled Hemisphere Gyri Texture
Parent types:
ROI Texture
Label Texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'contrast', 'mapped', 'center', 'subject', 'acquisition', 'analysis', 'side', 'modality']

Non mandatory key attributes: ('acquisition_date', 'mapped', 'time_duration', 'time_point', 'acquisition', 'contrast', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

Rules selection key: ['side', 'modality'] []

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Lgyri_resampled

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Rgyri_resampled

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Bgyri_resampled

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'both'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/left/gyri_resampled_<side>_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'left'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/right/gyri_resampled_<side>_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Lgyri_resampled

Formats: 'BrainVISA texture formats'
Rule selection key: ('', 't1mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Rgyri_resampled

Formats: 'BrainVISA texture formats'
Rule selection key: ('', 't1mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Bgyri_resampled

Formats: 'BrainVISA texture formats'
Rule selection key: ('', 't1mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'both'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Lgyri_resampled

Formats: 'BrainVISA texture formats'
Rule selection key: ('left', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/left/gyri_resampled_<side>_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('left', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Lgyri_resampled

Formats: 'BrainVISA texture formats'
Rule selection key: ('left', 't1mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Rgyri_resampled

Formats: 'BrainVISA texture formats'
Rule selection key: ('right', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'right'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/right/gyri_resampled_<side>_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('right', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Rgyri_resampled

Formats: 'BrainVISA texture formats'
Rule selection key: ('right', 't1mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Bgyri_resampled

Formats: 'BrainVISA texture formats'
Rule selection key: ('both', 't1mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'both'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Bgyri_resampled

Formats: 'BrainVISA texture formats'
Rule selection key: ('both', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'both'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/left/gyri_resampled_<side>_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('left', 'anatomical_mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'left'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/left/gyri_resampled_<side>_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'anatomical_mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'left'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/right/gyri_resampled_<side>_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'anatomical_mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'right'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/right/gyri_resampled_<side>_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('right', 'anatomical_mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'right'

Resampled Hemisphere White Mesh
Parent types:
Hemisphere White Mesh
White Mesh
Mesh
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis', 'side']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

Rules selection key: ['side'] []

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_Lwhite_resampled

Formats: 'BrainVISA mesh formats'
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_Rwhite_resampled

Formats: 'BrainVISA mesh formats'
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_Bwhite_resampled

Formats: 'BrainVISA mesh formats'
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'both'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_Lwhite_resampled

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_Rwhite_resampled

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_Bwhite_resampled

Formats: 'BrainVISA mesh formats'
Rule selection key: ('both',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'both'

Right CSF Mask
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/Rcsf_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

Right CSF+GREY Mask
Parent types:
CSF+GREY Mask
Label volume
3D Volume
4D Volume
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/Rcortex_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

Right Cingular Pole Template Subject
Parent types:
Cingular Pole Template Subject
3D Volume
4D Volume
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rhippo_Volume

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

Right Cortex Catchment Bassins
Parent types:
Cortex Catchment Bassins
Label volume
3D Volume
4D Volume
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/Rroots_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

Right Cortex Skeleton
Parent types:
Cortex Skeleton
Label volume
3D Volume
4D Volume
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/Rskeleton_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

Right DPF texture
Parent types:
DPF texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_DPF

Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

Right Fine Hemisphere White Mesh
Parent types:
Fine Hemisphere White Mesh
Hemisphere White Mesh
White Mesh
Mesh
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_Rwhite_fine

Formats: 'BrainVISA mesh formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'

Right Fine Hemisphere White Mesh DISCO
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Rwhite_fine_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Rwhite_fine_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Rwhite_fine_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Rwhite_fine_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Rwhite_fine_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Rwhite_fine_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Rwhite_fine_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Rwhite_fine_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Right Fine Hemisphere White Mesh Inversed DISCO
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Rwhite_fine_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Rwhite_fine_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Rwhite_fine_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Rwhite_fine_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Rwhite_fine_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Rwhite_fine_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Rwhite_fine_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Rwhite_fine_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Right Graph Label Translation
Parent types:
Graph Label Translation
Text file
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_RgraphLabelBasins

Formats: None
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

Right Grey White Mask
Parent types:
Morphologist Grey White Mask
Grey White Mask
Label volume
3D Volume
4D Volume
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/Rgrey_white_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

Right Gyri Graph
Parent types:
Data graph
Graph
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_R_gyriGraph

Formats: ['Graph and data']
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

Right Gyri Volume
Parent types:
4D Volume
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_R_gyriVolume

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

Right Hemisphere Mesh
Parent types:
Hemisphere Mesh
Mesh
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_Rhemi

Formats: 'BrainVISA mesh formats'
Rule selection key: () ()
Priority offset: 1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'

Right Hemisphere Mesh DARTEL
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Rhemi_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Rhemi_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Rhemi_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Rhemi_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Rhemi_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Rhemi_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Rhemi_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Rhemi_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Right Hemisphere Mesh DARTEL Native
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Rhemi_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Rhemi_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Rhemi_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Rhemi_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Rhemi_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Rhemi_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Rhemi_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Rhemi_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Right Hemisphere Mesh DISCO
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Rhemi_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Rhemi_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Rhemi_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Rhemi_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Rhemi_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Rhemi_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Rhemi_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Rhemi_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Right Hemisphere Mesh DISCO DARTEL
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Rhemi_DISCO_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Rhemi_DISCO_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Rhemi_DISCO_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Rhemi_DISCO_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Rhemi_DISCO_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Rhemi_DISCO_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Rhemi_DISCO_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Rhemi_DISCO_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Right Hemisphere Mesh DISCO DARTEL Native
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Rhemi_DISCO_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Rhemi_DISCO_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Rhemi_DISCO_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Rhemi_DISCO_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Rhemi_DISCO_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Rhemi_DISCO_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Rhemi_DISCO_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Rhemi_DISCO_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Right Hemisphere Mesh Inversed DARTEL
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'origin_subject', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRhemi_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRhemi_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRhemi_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRhemi_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRhemi_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRhemi_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRhemi_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRhemi_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Right Hemisphere Mesh Inversed DARTEL Dest Native
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'origin_subject', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRhemi_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRhemi_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRhemi_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRhemi_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRhemi_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRhemi_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRhemi_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRhemi_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Right Hemisphere Mesh Inversed DARTEL Origin Native
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'origin_subject', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRhemi_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRhemi_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRhemi_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRhemi_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRhemi_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRhemi_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRhemi_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRhemi_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Right Hemisphere Mesh Inversed DARTEL Origin Native Dest Native
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'origin_subject', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRhemi_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRhemi_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRhemi_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRhemi_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRhemi_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRhemi_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRhemi_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRhemi_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Right Hemisphere Mesh Inversed DARTEL and DISCO
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Rhemi_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Rhemi_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Rhemi_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Rhemi_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Rhemi_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Rhemi_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Rhemi_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Rhemi_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Right Hemisphere Mesh Inversed DARTEL and DISCO Dest Native
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Rhemi_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Rhemi_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Rhemi_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Rhemi_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Rhemi_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Rhemi_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Rhemi_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Rhemi_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Right Hemisphere Mesh Inversed DARTEL and DISCO Origin Native
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Rhemi_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Rhemi_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Rhemi_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Rhemi_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Rhemi_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Rhemi_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Rhemi_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Rhemi_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Right Hemisphere Mesh Inversed DARTEL and DISCO Origin Native Dest Native
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Rhemi_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Rhemi_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Rhemi_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Rhemi_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Rhemi_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Rhemi_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Rhemi_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Rhemi_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Right Hemisphere Mesh Inversed DISCO
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Rhemi_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Rhemi_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Rhemi_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Rhemi_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Rhemi_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Rhemi_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Rhemi_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Rhemi_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Right Hemisphere White Mesh
Parent types:
Hemisphere White Mesh
White Mesh
Mesh
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_Rwhite

Formats: 'BrainVISA mesh formats'
Rule selection key: () ()
Priority offset: 1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'
averaged = 'No'
inflated = 'No'
vertex_corr = 'No'

Right Hemisphere White Mesh DARTEL
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Rwhite_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Rwhite_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Rwhite_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Rwhite_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Rwhite_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Rwhite_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Rwhite_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Rwhite_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Right Hemisphere White Mesh DARTEL Native
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Rwhite_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Rwhite_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Rwhite_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Rwhite_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Rwhite_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Rwhite_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Rwhite_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Rwhite_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Right Hemisphere White Mesh DISCO
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Rwhite_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Rwhite_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Rwhite_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Rwhite_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_Rwhite_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Rwhite_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Rwhite_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_Rwhite_deformed

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Right Hemisphere White Mesh DISCO DARTEL
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Rwhite_DISCO_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Rwhite_DISCO_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Rwhite_DISCO_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Rwhite_DISCO_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Rwhite_DISCO_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Rwhite_DISCO_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Rwhite_DISCO_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_Rwhite_DISCO_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Right Hemisphere White Mesh DISCO DARTEL Native
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Rwhite_DISCO_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Rwhite_DISCO_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Rwhite_DISCO_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Rwhite_DISCO_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Rwhite_DISCO_<Template>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Rwhite_DISCO_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Rwhite_DISCO_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_native_<acquisition>_<analysis>_Rwhite_DISCO_<Template>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Right Hemisphere White Mesh Inversed DARTEL
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'origin_subject', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Right Hemisphere White Mesh Inversed DARTEL Dest Native
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'origin_subject', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
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Right Hemisphere White Mesh Inversed DARTEL Origin Native
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'origin_subject', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', '') ()
Priority offset: 0
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '') ()
Priority offset: 0
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
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Right Hemisphere White Mesh Inversed DARTEL Origin Native Dest Native
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'origin_subject', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', '') ()
Priority offset: 0
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '') ()
Priority offset: 0
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwRwhite_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
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Right Hemisphere White Mesh Inversed DARTEL and DISCO
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Rwhite_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Rwhite_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Rwhite_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Rwhite_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Rwhite_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Rwhite_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Rwhite_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Rwhite_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Right Hemisphere White Mesh Inversed DARTEL and DISCO Dest Native
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Rwhite_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Rwhite_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Rwhite_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Rwhite_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Rwhite_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Rwhite_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Rwhite_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Rwhite_from_{origin_subject}_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Right Hemisphere White Mesh Inversed DARTEL and DISCO Origin Native
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Rwhite_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Rwhite_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
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labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Rwhite_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Rwhite_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Rwhite_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Rwhite_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Rwhite_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Rwhite_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Right Hemisphere White Mesh Inversed DARTEL and DISCO Origin Native Dest Native
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Rwhite_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Rwhite_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Rwhite_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Rwhite_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Rwhite_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Rwhite_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Rwhite_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Rwhite_from_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_{Template}_invDISCO_TO_<subject>_native

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Right Hemisphere White Mesh Inversed DISCO
Parent types:
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'origin_subject', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Rwhite_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Rwhite_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Rwhite_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Rwhite_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/{origin_subject}_<acquisition>_<analysis>_Rwhite_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Rwhite_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Rwhite_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/{origin_subject}_<acquisition>_<analysis>_Rwhite_invDISCO_TO_<subject>

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Right Sulci Mask
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis', 'graph_version']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'
graph_version = '3.1'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/Rsulci_mask_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

Right basins texture
Parent types:
basins texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_basins

Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

Right cingular pole texture
Parent types:
Cingular pole texture
Poles texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_pole_cingular

Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

Right eigen vectors texture
Parent types:
Eigen vectors texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_eigen_vectors

Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

Right hemisphere Sulcal Lines Rectangular Flat texture
Parent types:
hemisphere Sulcal Lines Rectangular Flat texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_sulcalines_rectangular_flat

Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

Right hemisphere Sulcal Lines texture
Parent types:
hemisphere Sulcal Lines texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_sulcalines

Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

Right hemisphere coordinate grid
Parent types:
Coordinate grid
Mesh
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_grid

Formats: 'BrainVISA mesh formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

Right hemisphere gyri parcellation texture
Parent types:
Hemisphere gyri parcellation texture
Gyri White Texture
ROI Texture
Label Texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_gyri

Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'
regularized = 'false'

Right hemisphere gyrus parcellation texture
Parent types:
Hemisphere gyrus parcellation texture
Hemisphere parcellation texture
Gyri White Texture
ROI Texture
Label Texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis', 'vertex_corr_method']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

Rules selection key: [] ['vertex_corr_method']
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_parcels_gyrus

Formats: 'BrainVISA texture formats'
Rule selection key: () (True,)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
vertex_corr_method = ''
modality = 't1mri'
side = 'right'
averaged = 'No'
vertex_corr = 'No'
parcellation_type = 'gyrus'
regularized = 'false'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_parcels_gyrus_remeshed_{vertex_corr_method}

Formats: 'BrainVISA texture formats'
Rule selection key: () (False,)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'
averaged = 'No'
vertex_corr = 'Yes'
parcellation_type = 'gyrus'

Right hemisphere latitude HIP texture
Parent types:
Latitude coordinate HIP texture
Coordinate texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_lat_HIP

Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

Right hemisphere latitude cleaned constraints texture
Parent types:
Latitude constraints texture
Constraints texture
Label Texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_lat_cleaned

Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

Right hemisphere latitude constraints texture
Parent types:
Latitude constraints texture
Constraints texture
Label Texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_lat_roots

Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

Right hemisphere latitude texture
Parent types:
Latitude coordinate texture
Coordinate texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_lat

Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'
averaged = 'No'
vertex_corr = 'No'

Right hemisphere lobes parcellation texture
Parent types:
Hemisphere lobes parcellation texture
Hemisphere parcellation texture
Gyri White Texture
ROI Texture
Label Texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis', 'vertex_corr_method']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

Rules selection key: [] ['vertex_corr_method']
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_parcels_lobes

Formats: 'BrainVISA texture formats'
Rule selection key: () (True,)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
vertex_corr_method = ''
modality = 't1mri'
side = 'right'
averaged = 'No'
vertex_corr = 'No'
parcellation_type = 'lobe'
regularized = 'false'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_parcels_lobes_remeshed_{vertex_corr_method}

Formats: 'BrainVISA texture formats'
Rule selection key: () (False,)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'
averaged = 'No'
vertex_corr = 'Yes'
parcellation_type = 'lobes'

Right hemisphere longitude HIP texture
Parent types:
Longitude coordinate HIP texture
Coordinate texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_lon_HIP

Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

Right hemisphere longitude cleaned constraints texture
Parent types:
Longitude constraints texture
Constraints texture
Label Texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_lon_cleaned

Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

Right hemisphere longitude constraints texture
Parent types:
Longitude constraints texture
Constraints texture
Label Texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_lon_roots

Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

Right hemisphere longitude texture
Parent types:
Longitude coordinate texture
Coordinate texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_lon

Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'
averaged = 'No'
vertex_corr = 'No'

Right hemisphere marsAtlas parcellation texture
Parent types:
Hemisphere marsAtlas parcellation texture
Hemisphere parcellation texture
Gyri White Texture
ROI Texture
Label Texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis', 'vertex_corr_method']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

Rules selection key: [] ['vertex_corr_method']
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_parcels_marsAtlas

Formats: 'BrainVISA texture formats'
Rule selection key: () (True,)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
vertex_corr_method = ''
modality = 't1mri'
side = 'right'
averaged = 'No'
vertex_corr = 'No'
parcellation_type = 'marsAtlas'
regularized = 'false'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_parcels_marsAtlas_remeshed_{vertex_corr_method}

Formats: 'BrainVISA texture formats'
Rule selection key: () (False,)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'
averaged = 'No'
vertex_corr = 'Yes'
parcellation_type = 'marsAtlas'

Right hemisphere model parcellation texture
Parent types:
Hemisphere model parcellation texture
Hemisphere parcellation texture
Gyri White Texture
ROI Texture
Label Texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis', 'vertex_corr_method']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

Rules selection key: [] ['vertex_corr_method']
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_parcels_model

Formats: 'BrainVISA texture formats'
Rule selection key: () (True,)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
vertex_corr_method = ''
modality = 't1mri'
side = 'right'
averaged = 'No'
vertex_corr = 'No'
parcellation_type = 'model'
regularized = 'false'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_parcels_model_remeshed_{vertex_corr_method}

Formats: 'BrainVISA texture formats'
Rule selection key: () (False,)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'
averaged = 'No'
vertex_corr = 'Yes'
parcellation_type = 'model'

Right hemisphere regularized parcellation texture
Parent types:
Hemisphere gyri parcellation texture
Gyri White Texture
ROI Texture
Label Texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_gyri_regul

Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'
regularized = 'true'

Right hemisphere spherical mesh
Parent types:
Hemisphere spherical mesh
Mesh
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_spherical

Formats: 'BrainVISA mesh formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'
averaged = 'No'
inflated = 'Yes'
vertex_corr = 'Yes'
vertex_corr_method = 'hiphop'

Right insula pole texture
Parent types:
Insula pole texture
Poles texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_pole_insula

Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

Right labeled basins texture
Parent types:
labeled basins texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_basins_labeled

Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

Right labeled pits texture
Parent types:
labeled pits texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_pits_labeled

Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

Right noisy pits texture
Parent types:
noisy pits texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_noisy_pits

Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

Right pits texture
Parent types:
pits texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_pits

Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

Right poles texture
Parent types:
Poles texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_poles

Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

Right rectangular boundary texture
Parent types:
Rectangular boundary texture
Boundary texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_rectangular_flat_boundary

Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

Right rectangular flat cstr mesh
Parent types:
Rectangular flat cstr mesh
Flat mesh
Mesh
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_rectangular_flat_cstr

Formats: 'BrainVISA mesh formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

Right rectangular flat indices texture
Parent types:
Rectangular flat indices texture
Indices texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_rectangular_flat_indices

Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

Right rectangular flat mesh
Parent types:
Rectangular flat mesh
Flat mesh
Mesh
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_rectangular_flat

Formats: 'BrainVISA mesh formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

Right remeshed mesh
Parent types:
Remeshed mesh
White Mesh
Mesh
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis', 'inflated']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

Rules selection key: ['inflated'] []

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_remeshed_inflated_hiphop

Formats: 'BrainVISA mesh formats'
Rule selection key: ('',) ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'
averaged = 'No'
inflated = 'Yes'
vertex_corr = 'Yes'
vertex_corr_method = 'hiphop'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_remeshed_hiphop

Formats: 'BrainVISA mesh formats'
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'
averaged = 'No'
inflated = 'No'
vertex_corr = 'Yes'
vertex_corr_method = 'hiphop'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_remeshed_hiphop

Formats: 'BrainVISA mesh formats'
Rule selection key: ('No',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'
averaged = 'No'
inflated = 'No'
vertex_corr = 'Yes'
vertex_corr_method = 'hiphop'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_remeshed_inflated_hiphop

Formats: 'BrainVISA mesh formats'
Rule selection key: ('Yes',) ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'
averaged = 'No'
inflated = 'Yes'
vertex_corr = 'Yes'
vertex_corr_method = 'hiphop'

Right ridges texture
Parent types:
ridges texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_ridges

Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

Right smooth pits texture
Parent types:
smooth pits texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_pits_smooth

Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

Right sulci voronoi texture
Parent types:
sulci voronoi texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_sulci_voronoi

Formats: 'BrainVISA texture formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

Right white mesh parts
Parent types:
White mesh parts
Mesh
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_parts

Formats: 'BrainVISA mesh formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

SPECT Phantom Theoric Values
Parent types:
Text file
Any Type

Key: ['research_group', 'subject_age', 'center', 'subject', 'acquisition', 'tracer']

Non mandatory key attributes: ('research_group', 'subject_age')
Default attributes values:
center = 'subjects'

{center}/{subject}/spect/{acquisition}/{tracer}/<center>_<acquisition>_<subject>_Theoric

Formats: ['JSON file']
Rule selection key: () ()
Priority offset: 0
research_group = ''
subject_age = ''
modality = 'NM'

SPECT RAW DICOM
Parent types:
Any Type

Key: ['research_group', 'subject_age', 'reconstruction', 'center', 'subject', 'acquisition', 'tracer', 'description']

Non mandatory key attributes: ('research_group', 'subject_age', 'reconstruction')
Default attributes values:
center = 'subjects'

{center}/{subject}/spect/{acquisition}/{tracer}/SPECT_{description}/<subject>_spect_raw_dicom

Formats: None
Rule selection key: () ()
Priority offset: 0
research_group = ''
subject_age = ''
reconstruction = ''
modality = 'NM'
normalized = 'no'

SPECT acquisition data
Parent types:
Text file
Any Type

Key: ['research_group', 'subject_age', 'center', 'subject', 'acquisition', 'tracer']

Non mandatory key attributes: ('research_group', 'subject_age')
Default attributes values:
center = 'subjects'

{center}/{subject}/spect/{acquisition}/{tracer}/<subject>_data

Formats: ['JSON file']
Rule selection key: () ()
Priority offset: 0
research_group = ''
subject_age = ''
modality = 'NM'

SPECT coregistered to reference SPECT
Parent types:
SPECT Volume
4D Volume
Any Type

Key: ['research_group', 'subject_age', 'reconstruction', 'center', 'subject', 'acquisition', 'tracer', 'description']

Non mandatory key attributes: ('research_group', 'subject_age', 'reconstruction')
Default attributes values:
center = 'subjects'

{center}/{subject}/spect/{acquisition}/{tracer}/SPECT_{description}/<subject>_<acquisition>_<tracer>_<description>_coregistered_to_reference_SPECT

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
research_group = ''
subject_age = ''
reconstruction = ''
modality = 'NM'

SPECT group ROI analysis results
Parent types:
Text file
Any Type

Key: ['group_name']
groups/SPECT_{group_name}/<group_name>_ROI_analysis

Formats: None
Rule selection key: () ()
Priority offset: 0

SPECT group definition
Parent types:
Group definition
XML parameters
Text file
Any Type

Key: ['group_name']
groups/SPECT_{group_name}/<group_name>

Formats: ['XML']
Rule selection key: () ()
Priority offset: 0

SPECT intracranial labels
Parent types:
Intracranial labels
Label volume
3D Volume
4D Volume
Any Type

Key: ['center', 'subject', 'processing', 'acquisition', 'space']
Default attributes values:
center = 'subjects'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/ROI/{space}_space/<subject>_intracranial_labels

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0

SPECT intracranial labels translation
Parent types:
T1 MRI intracranial labels translation
Text file
Any Type

Key: ['center', 'subject', 'processing', 'acquisition', 'space']
Default attributes values:
center = 'subjects'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/ROI/{space}_space/<subject>_intracranial_labels

Formats: ['JSON file']
Rule selection key: () ()
Priority offset: 0

SPECT native
Parent types:
SPECT Volume
4D Volume
Any Type

Key: ['research_group', 'subject_age', 'reconstruction', 'center', 'subject', 'acquisition', 'tracer', 'description', 'processing', 'analysis', 'template', 'PVC_method', 'PVC_ROI']

Non mandatory key attributes: ('research_group', 'subject_age', 'reconstruction')
Default attributes values:
center = 'subjects'

Rules selection key: [] ['processing', 'analysis', 'template', 'PVC_method', 'PVC_ROI', 'description']
{center}/{subject}/spect/{acquisition}/{tracer}/SPECT_{description}/<subject>_spect_native

Formats: 'BrainVISA volume formats'
Rule selection key: () (True, True, True, True, True, False)
Priority offset: 0
research_group = ''
subject_age = ''
reconstruction = ''
processing = ''
analysis = ''
template = ''
PVC_method = ''
PVC_ROI = ''
modality = 'NM'
normalized = 'no'
masked = 'no'
space = 'spect'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/spect{tracer}/{analysis}_without_PVC/mni{template}_space/<subject>_spect

Formats: 'BrainVISA volume formats'
Rule selection key: () (False, False, False, True, True, True)
Priority offset: 0
research_group = ''
subject_age = ''
reconstruction = ''
description = ''
PVC_method = ''
PVC_ROI = ''
PVC = 'no'
space = 'mni'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/spect{tracer}/{analysis}_without_PVC/spect<tracer>_space/<subject>_spect

Formats: 'BrainVISA volume formats'
Rule selection key: () (False, False, True, True, True, True)
Priority offset: 0
research_group = ''
subject_age = ''
reconstruction = ''
description = ''
template = ''
PVC_method = ''
PVC_ROI = ''
PVC = 'no'
space = 'spect'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/spect{tracer}/{analysis}_using_{PVC_method}_PVC_with_{PVC_ROI}/mni{template}_space/<subject>_spect

Formats: 'BrainVISA volume formats'
Rule selection key: () (False, False, False, False, False, True)
Priority offset: 0
research_group = ''
subject_age = ''
reconstruction = ''
description = ''
PVC = 'yes'
space = 'mni'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/spect{tracer}/{analysis}_using_{PVC_method}_PVC_with_{PVC_ROI}/spect<tracer>_space/<subject>_spect

Formats: 'BrainVISA volume formats'
Rule selection key: () (False, False, True, False, False, True)
Priority offset: 0
research_group = ''
subject_age = ''
reconstruction = ''
description = ''
template = ''
PVC = 'yes'
space = 'spect'

SPECT native resampled
Parent types:
SPECT native
SPECT Volume
4D Volume
Any Type

Key: ['research_group', 'subject_age', 'reconstruction', 'center', 'subject', 'acquisition', 'tracer', 'description']

Non mandatory key attributes: ('research_group', 'subject_age', 'reconstruction')
Default attributes values:
center = 'subjects'

{center}/{subject}/spect/{acquisition}/{tracer}/SPECT_{description}/<subject>_spect_native_resampled

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
research_group = ''
subject_age = ''
reconstruction = ''
modality = 'NM'
masked = 'no'
space = 'spect'

SPECT native smoothed
Parent types:
SPECT native
SPECT Volume
4D Volume
Any Type

Key: ['research_group', 'subject_age', 'reconstruction', 'center', 'subject', 'acquisition', 'tracer', 'description', 'fwhm']

Non mandatory key attributes: ('research_group', 'subject_age', 'reconstruction')
Default attributes values:
center = 'subjects'

{center}/{subject}/spect/{acquisition}/{tracer}/SPECT_{description}/<subject>_spect_native_smoothed_{fwhm}

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
research_group = ''
subject_age = ''
reconstruction = ''
modality = 'NM'
masked = 'no'
space = 'spect'

SPECT parametric
Parent types:
SPECT Volume
4D Volume
Any Type

Key: ['center', 'subject', 'processing', 'acquisition', 'tracer', 'analysis', 'template', 'VOIReference', 'PVC_method', 'PVC_ROI']
Default attributes values:
center = 'subjects'

Rules selection key: [] ['PVC_method', 'PVC_ROI', 'template']
{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/spect{tracer}/{analysis}_without_PVC/mni{template}_space/<subject>_spect_parametric_using_{VOIReference}

Formats: 'BrainVISA volume formats'
Rule selection key: () (True, True, False)
Priority offset: 0
PVC_method = ''
PVC_ROI = ''
PVC = 'no'
space = 'mni'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/spect{tracer}/{analysis}_without_PVC/spect<tracer>_space/<subject>_spect_parametric_using_{VOIReference}

Formats: 'BrainVISA volume formats'
Rule selection key: () (True, True, True)
Priority offset: 0
template = ''
PVC_method = ''
PVC_ROI = ''
PVC = 'no'
space = 'spect'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/spect{tracer}/{analysis}_using_{PVC_method}_PVC_with_{PVC_ROI}/mni{template}_space/<subject>_spect_parametric_using_{VOIReference}

Formats: 'BrainVISA volume formats'
Rule selection key: () (False, False, False)
Priority offset: 0
PVC = 'yes'
space = 'mni'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/spect{tracer}/{analysis}_using_{PVC_method}_PVC_with_{PVC_ROI}/spect<tracer>_space/<subject>_spect_parametric_using_{VOIReference}

Formats: 'BrainVISA volume formats'
Rule selection key: () (False, False, True)
Priority offset: 0
template = ''
PVC = 'yes'
space = 'spect'

SPECT parametric data
Parent types:
Text file
Any Type

Key: ['center', 'subject', 'processing', 'acquisition', 'tracer', 'analysis', 'template', 'VOIReference', 'PVC_method', 'PVC_ROI']
Default attributes values:
center = 'subjects'

Rules selection key: [] ['PVC_method', 'PVC_ROI', 'template']
{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/spect{tracer}/{analysis}_without_PVC/mni{template}_space/<subject>_spect_parametric_using_{VOIReference}

Formats: ['JSON file']
Rule selection key: () (True, True, False)
Priority offset: 0
PVC_method = ''
PVC_ROI = ''
PVC = 'no'
space = 'mni'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/spect{tracer}/{analysis}_without_PVC/spect<tracer>_space/<subject>_spect_parametric_using_{VOIReference}

Formats: ['JSON file']
Rule selection key: () (True, True, True)
Priority offset: 0
template = ''
PVC_method = ''
PVC_ROI = ''
PVC = 'no'
space = 'spect'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/spect{tracer}/{analysis}_using_{PVC_method}_PVC_with_{PVC_ROI}/mni{template}_space/<subject>_spect_parametric_using_{VOIReference}

Formats: ['JSON file']
Rule selection key: () (False, False, False)
Priority offset: 0
PVC = 'yes'
space = 'mni'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/spect{tracer}/{analysis}_using_{PVC_method}_PVC_with_{PVC_ROI}/spect<tracer>_space/<subject>_spect_parametric_using_{VOIReference}

Formats: ['JSON file']
Rule selection key: () (False, False, True)
Priority offset: 0
template = ''
PVC = 'yes'
space = 'spect'

SPECT phantom FWHM statistics
Parent types:
Text file
Any Type

Key: ['center', 'subject', 'acquisition', 'tracer', 'description']
analyzes/TripleLine_phantom/{center}/{subject}/{acquisition}/{tracer}/<subject>_{description}_phantom_FWHM_stats

Formats: ['CSV file']
Rule selection key: () ()
Priority offset: 0

SPECT phantom statistics
Parent types:
Text file
Any Type

Key: ['center', 'subject', 'acquisition', 'tracer', 'ROI_name']
analyzes/Striatum_phantom/{center}/{subject}/{acquisition}/{tracer}/<subject>_<acquisition>_<tracer>_{ROI_name}_phantom_stats_resampled

Formats: ['JSON file']
Rule selection key: () ()
Priority offset: 0

SPECT quantification ROI
Parent types:
Quantification ROI
ROI
Any Type

Key: ['center', 'subject', 'processing', 'acquisition', 'space', 'ROI_name']
Default attributes values:
center = 'subjects'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/ROI/{space}_space/<subject>_{ROI_name}

Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: () ()
Priority offset: 0

SPECT quantification ROI translation
Parent types:
Text file
Any Type

Key: ['center', 'subject', 'processing', 'acquisition', 'space', 'ROI_name']
Default attributes values:
center = 'subjects'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/ROI/{space}_space/<subject>_{ROI_name}

Formats: ['JSON file']
Rule selection key: () ()
Priority offset: 0

SPECT quantitative analysis data
Parent types:
Text file
Any Type

Key: ['center', 'subject', 'processing', 'acquisition', 'tracer', 'analysis', 'template', 'VOIStatistic', 'PVC_method', 'PVC_ROI']
Default attributes values:
center = 'subjects'

Rules selection key: [] ['PVC_method', 'PVC_ROI', 'template']
{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/spect{tracer}/{analysis}_without_PVC/mni{template}_space/<subject>_stats_in_{VOIStatistic}_on_spect_parametric

Formats: ['JSON file']
Rule selection key: () (True, True, False)
Priority offset: 0
PVC_method = ''
PVC_ROI = ''
PVC = 'no'
space = 'mni'
modality = 'spect'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/spect{tracer}/{analysis}_without_PVC/spect<tracer>_space/<subject>_stats_in_{VOIStatistic}_on_spect_parametric

Formats: ['JSON file']
Rule selection key: () (True, True, True)
Priority offset: 0
template = ''
PVC_method = ''
PVC_ROI = ''
PVC = 'no'
space = 'spect'
modality = 'spect'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/spect{tracer}/{analysis}_using_{PVC_method}_PVC_with_{PVC_ROI}/mni{template}_space/<subject>_stats_in_{VOIStatistic}_on_spect_parametric

Formats: ['JSON file']
Rule selection key: () (False, False, False)
Priority offset: 0
PVC = 'yes'
space = 'mni'
modality = 'spect'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/spect{tracer}/{analysis}_using_{PVC_method}_PVC_with_{PVC_ROI}/spect<tracer>_space/<subject>_stats_in_{VOIStatistic}_on_spect_parametric

Formats: ['JSON file']
Rule selection key: () (False, False, True)
Priority offset: 0
template = ''
PVC = 'yes'
space = 'spect'
modality = 'spect'

SPECT rawdata dicom
Parent types:
Any Type

Key: ['research_group', 'subject_age', 'center', 'subject', 'acquisition', 'tracer']

Non mandatory key attributes: ('research_group', 'subject_age')
Default attributes values:
center = 'subjects'

{center}/{subject}/spect/{acquisition}/{tracer}/rawdata/<subject>_spect_rawData_dicom

Formats: None
Rule selection key: () ()
Priority offset: 0
research_group = ''
subject_age = ''
modality = 'NM'
normalized = 'no'

SPECT rawdata quality control
Parent types:
Text file
Any Type

Key: ['center', 'subject', 'processing', 'acquisition', 'tracer', 'analysis']
Default attributes values:
center = 'subjects'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/spect{tracer}/{analysis}/spect<tracer>_space/<subject>_rawdata_QC

Formats: ['JSON file']
Rule selection key: () ()
Priority offset: 0

SPECT reconstruction quality control
Parent types:
Text file
Any Type

Key: ['center', 'subject', 'processing', 'acquisition', 'tracer', 'analysis', 'description']
Default attributes values:
center = 'subjects'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/spect{tracer}/{analysis}/spect<tracer>_space/<subject>_recons_{description}_QC

Formats: ['JSON file']
Rule selection key: () ()
Priority offset: 0

SPECT subject CT RAW DICOM
Parent types:
Any Type

Key: ['research_group', 'subject_age', 'center', 'subject', 'acquisition', 'tracer', 'reconstruction_diameter']

Non mandatory key attributes: ('research_group', 'subject_age')
Default attributes values:
center = 'subjects'

{center}/{subject}/spect/{acquisition}/{tracer}/CT_{reconstruction_diameter}/<subject>_<acquisition>_<tracer>_<reconstruction_diameter>_rawData

Formats: None
Rule selection key: () ()
Priority offset: 0
research_group = ''
subject_age = ''
modality = 'NM'

SPECT subject CT coregistered
Parent types:
4D Volume
Any Type

Key: ['research_group', 'subject_age', 'center', 'subject', 'acquisition', 'tracer', 'reconstruction_diameter']

Non mandatory key attributes: ('research_group', 'subject_age')
Default attributes values:
center = 'subjects'

{center}/{subject}/spect/{acquisition}/{tracer}/CT_{reconstruction_diameter}/<subject>_<acquisition>_<tracer>_<reconstruction_diameter>_coregistered

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
research_group = ''
subject_age = ''
modality = 'NM'

SPECT subject CT native
Parent types:
4D Volume
Any Type

Key: ['research_group', 'subject_age', 'center', 'subject', 'acquisition', 'tracer', 'reconstruction_diameter']

Non mandatory key attributes: ('research_group', 'subject_age')
Default attributes values:
center = 'subjects'

{center}/{subject}/spect/{acquisition}/{tracer}/CT_{reconstruction_diameter}/<subject>_<acquisition>_<tracer>_<reconstruction_diameter>_native

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
research_group = ''
subject_age = ''
modality = 'NM'

SPECT subject CT native referential
Parent types:
Referential
Text file
Any Type

Key: ['research_group', 'subject_age', 'center', 'subject', 'acquisition', 'tracer', 'reconstruction_diameter']

Non mandatory key attributes: ('research_group', 'subject_age')
Default attributes values:
center = 'subjects'

{center}/{subject}/spect/{acquisition}/{tracer}/CT_{reconstruction_diameter}/<subject>_<acquisition>_<tracer>_<reconstruction_diameter>_native_R

Formats: ['Referential']
Rule selection key: () ()
Priority offset: 0
research_group = ''
subject_age = ''
modality = 'NM'

SPECT subject CT to PET transformation file
Parent types:
Transformation matrix
Transformation
Any Type

Key: ['research_group', 'subject_age', 'center', 'subject', 'acquisition', 'tracer', 'reconstruction_diameter']

Non mandatory key attributes: ('research_group', 'subject_age')
Default attributes values:
center = 'subjects'

{center}/{subject}/spect/{acquisition}/{tracer}/CT_{reconstruction_diameter}/<subject>_<acquisition>_<tracer>_<reconstruction_diameter>_ct_to_spect_transformation

Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: () ()
Priority offset: 0
research_group = ''
subject_age = ''
modality = 'NM'

SPECT template
Parent types:
Functional template
4D Volume
Any Type

Key: ['template_name']
templates/spect/{template_name}

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
modality = 'NM'

SPECT template non-specific activity ROI
Parent types:
ROI
Any Type

Key: ['template_name']
templates/spect/{template_name}_NSA_ROI

Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: () ()
Priority offset: 0
modality = 'NM'

SPM deformation field
Parent types:
SPM field
3D Volume
4D Volume
Any Type

Key: ['center', 'subject', 'acquisition_sequence', 'analysis', 'acquisition', 'direction', 'processing', 'template', 'warping_method', 'prefix']
Default attributes values:
center = 'subjects'
analysis = 'default_analysis'

Rules selection key: ['direction', 'processing', 'warping_method'] ['template', 'prefix', 'acquisition_sequence']

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/iy_<subject>_{acquisition}_to_avg_<acquisition_sequence>_inverse_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm12Serial', '') (True, True, False)
Priority offset: 0
template = ''
prefix = ''
processing = 'spm12Serial'
orientation = 'acquisition_to_average'
direction = 'inverse'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/y_<subject>_{acquisition}_to_avg_<acquisition_sequence>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm12Serial', '') (True, True, False)
Priority offset: 0
template = ''
prefix = ''
processing = 'spm12Serial'
orientation = 'acquisition_to_average'
direction = 'forward'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/iy_<subject>_{acquisition}_to_avg_<acquisition_sequence>_inverse_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('inverse', '', '') (True, True, False)
Priority offset: 0
template = ''
prefix = ''
processing = 'spm12Serial'
orientation = 'acquisition_to_average'
direction = 'inverse'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/iy_<subject>_{acquisition}_to_avg_<acquisition_sequence>_inverse_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('inverse', '', '') (True, True, False)
Priority offset: 0
template = ''
prefix = ''
processing = 'spm12Pairwise'
orientation = 'acquisition_to_average'
direction = 'inverse'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/iy_<subject>_{acquisition}_to_avg_<acquisition_sequence>_inverse_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('inverse', 'spm12Serial', '') (True, True, False)
Priority offset: 0
template = ''
prefix = ''
processing = 'spm12Serial'
orientation = 'acquisition_to_average'
direction = 'inverse'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/iy_<subject>_{acquisition}_to_avg_<acquisition_sequence>_inverse_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') (True, True, False)
Priority offset: 0
template = ''
prefix = ''
processing = 'spm12Serial'
orientation = 'acquisition_to_average'
direction = 'inverse'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/y_<subject>_{acquisition}_to_avg_<acquisition_sequence>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') (True, True, False)
Priority offset: 0
template = ''
prefix = ''
processing = 'spm12Serial'
orientation = 'acquisition_to_average'
direction = 'forward'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/iy_<subject>_{acquisition}_to_avg_<acquisition_sequence>_inverse_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') (True, True, False)
Priority offset: 0
template = ''
prefix = ''
processing = 'spm12Pairwise'
orientation = 'acquisition_to_average'
direction = 'inverse'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/y_<subject>_{acquisition}_to_avg_<acquisition_sequence>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') (True, True, False)
Priority offset: 0
template = ''
prefix = ''
processing = 'spm12Pairwise'
orientation = 'acquisition_to_average'
direction = 'forward'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/y_<subject>_{acquisition}_to_avg_<acquisition_sequence>

Formats: 'BrainVISA volume formats'
Rule selection key: ('forward', '', '') (True, True, False)
Priority offset: 0
template = ''
prefix = ''
processing = 'spm12Serial'
orientation = 'acquisition_to_average'
direction = 'forward'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/y_<subject>_{acquisition}_to_avg_<acquisition_sequence>

Formats: 'BrainVISA volume formats'
Rule selection key: ('forward', '', '') (True, True, False)
Priority offset: 0
template = ''
prefix = ''
processing = 'spm12Pairwise'
orientation = 'acquisition_to_average'
direction = 'forward'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/y_<subject>_{acquisition}_to_avg_<acquisition_sequence>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none') (True, True, False)
Priority offset: 0
template = ''
prefix = ''
processing = 'spm12Serial'
orientation = 'acquisition_to_average'
direction = 'forward'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/y_<subject>_{acquisition}_to_avg_<acquisition_sequence>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none') (True, True, False)
Priority offset: 0
template = ''
prefix = ''
processing = 'spm12Pairwise'
orientation = 'acquisition_to_average'
direction = 'forward'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/y_<subject>_{acquisition}_to_avg_<acquisition_sequence>

Formats: 'BrainVISA volume formats'
Rule selection key: ('forward', 'spm12Serial', 'none') (True, True, False)
Priority offset: 0
template = ''
prefix = ''
processing = 'spm12Serial'
orientation = 'acquisition_to_average'
direction = 'forward'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/y_<subject>_{acquisition}_to_avg_<acquisition_sequence>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm12Serial', 'none') (True, True, False)
Priority offset: 0
template = ''
prefix = ''
processing = 'spm12Serial'
orientation = 'acquisition_to_average'
direction = 'forward'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/y_<subject>_{acquisition}_to_avg_<acquisition_sequence>

Formats: 'BrainVISA volume formats'
Rule selection key: ('forward', '', 'none') (True, True, False)
Priority offset: 0
template = ''
prefix = ''
processing = 'spm12Serial'
orientation = 'acquisition_to_average'
direction = 'forward'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/y_<subject>_{acquisition}_to_avg_<acquisition_sequence>

Formats: 'BrainVISA volume formats'
Rule selection key: ('forward', '', 'none') (True, True, False)
Priority offset: 0
template = ''
prefix = ''
processing = 'spm12Pairwise'
orientation = 'acquisition_to_average'
direction = 'forward'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/y_<subject>_{acquisition}_to_avg_<acquisition_sequence>

Formats: 'BrainVISA volume formats'
Rule selection key: ('forward', 'spm12Serial', '') (True, True, False)
Priority offset: 0
template = ''
prefix = ''
processing = 'spm12Serial'
orientation = 'acquisition_to_average'
direction = 'forward'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/iy_<subject>_{acquisition}_to_avg_<acquisition_sequence>_inverse_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('inverse', 'spm12Pairwise', '') (True, True, False)
Priority offset: 0
template = ''
prefix = ''
processing = 'spm12Pairwise'
orientation = 'acquisition_to_average'
direction = 'inverse'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/iy_<subject>_{acquisition}_to_avg_<acquisition_sequence>_inverse_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm12Pairwise', '') (True, True, False)
Priority offset: 0
template = ''
prefix = ''
processing = 'spm12Pairwise'
orientation = 'acquisition_to_average'
direction = 'inverse'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/y_<subject>_{acquisition}_to_avg_<acquisition_sequence>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm12Pairwise', '') (True, True, False)
Priority offset: 0
template = ''
prefix = ''
processing = 'spm12Pairwise'
orientation = 'acquisition_to_average'
direction = 'forward'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/y_<subject>_{acquisition}_to_avg_<acquisition_sequence>

Formats: 'BrainVISA volume formats'
Rule selection key: ('forward', 'spm12Pairwise', '') (True, True, False)
Priority offset: 0
template = ''
prefix = ''
processing = 'spm12Pairwise'
orientation = 'acquisition_to_average'
direction = 'forward'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/y_<subject>_{acquisition}_to_avg_<acquisition_sequence>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm12Pairwise', 'none') (True, True, False)
Priority offset: 0
template = ''
prefix = ''
processing = 'spm12Pairwise'
orientation = 'acquisition_to_average'
direction = 'forward'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/y_<subject>_{acquisition}_to_avg_<acquisition_sequence>

Formats: 'BrainVISA volume formats'
Rule selection key: ('forward', 'spm12Pairwise', 'none') (True, True, False)
Priority offset: 0
template = ''
prefix = ''
processing = 'spm12Pairwise'
orientation = 'acquisition_to_average'
direction = 'forward'
warping_method = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/y_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'cat12Segment', 'none') (True, True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
prefix = ''
processing = 'cat12Segment'
direction = 'forward'
warping_method = 'none'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/iy_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'cat12Segment', 'none') (True, True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
prefix = ''
processing = 'cat12Segment'
direction = 'inverse'
warping_method = 'none'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/y_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'cat12Segment', '') (True, True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
prefix = ''
processing = 'cat12Segment'
direction = 'forward'
warping_method = 'none'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/iy_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'cat12Segment', '') (True, True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
prefix = ''
processing = 'cat12Segment'
direction = 'inverse'
warping_method = 'none'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/y_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('forward', '', 'none') (True, True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
prefix = ''
processing = 'cat12Segment'
direction = 'forward'
warping_method = 'none'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/y_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('forward', 'cat12Segment', '') (True, True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
prefix = ''
processing = 'cat12Segment'
direction = 'forward'
warping_method = 'none'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/y_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none') (True, True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
prefix = ''
processing = 'cat12Segment'
direction = 'forward'
warping_method = 'none'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/iy_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none') (True, True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
prefix = ''
processing = 'cat12Segment'
direction = 'inverse'
warping_method = 'none'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/y_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('forward', 'cat12Segment', 'none') (True, True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
prefix = ''
processing = 'cat12Segment'
direction = 'forward'
warping_method = 'none'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/y_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') (True, True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
prefix = ''
processing = 'cat12Segment'
direction = 'forward'
warping_method = 'none'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/iy_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') (True, True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
prefix = ''
processing = 'cat12Segment'
direction = 'inverse'
warping_method = 'none'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/y_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('forward', '', '') (True, True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
prefix = ''
processing = 'cat12Segment'
direction = 'forward'
warping_method = 'none'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/iy_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('inverse', 'cat12Segment', 'none') (True, True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
prefix = ''
processing = 'cat12Segment'
direction = 'inverse'
warping_method = 'none'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/iy_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('inverse', '', '') (True, True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
prefix = ''
processing = 'cat12Segment'
direction = 'inverse'
warping_method = 'none'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/iy_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('inverse', 'cat12Segment', '') (True, True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
prefix = ''
processing = 'cat12Segment'
direction = 'inverse'
warping_method = 'none'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/iy_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('inverse', '', 'none') (True, True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
prefix = ''
processing = 'cat12Segment'
direction = 'inverse'
warping_method = 'none'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/y_<subject>_forward_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm12Segment', '') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm12Segment'
direction = 'forward'
warping_method = 'low-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/iy_<subject>_inverse_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm12Segment', '') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm12Segment'
direction = 'inverse'
warping_method = 'low-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/y_<subject>_forward_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm12Segment', '') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm12Segment'
direction = 'forward'
warping_method = 'high-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/iy_<subject>_inverse_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm12Segment', '') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm12Segment'
direction = 'inverse'
warping_method = 'high-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/y_<subject>_forward_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm12Segment'
direction = 'forward'
warping_method = 'low-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/iy_<subject>_inverse_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm12Segment'
direction = 'inverse'
warping_method = 'low-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/y_<subject>_forward_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm12Segment'
direction = 'forward'
warping_method = 'high-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/iy_<subject>_inverse_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm12Segment'
direction = 'inverse'
warping_method = 'high-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/y_<subject>_forward_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm8VBMSegmentation'
direction = 'forward'
warping_method = 'low-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/iy_<subject>_inverse_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm8VBMSegmentation'
direction = 'inverse'
warping_method = 'low-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/y_<subject>_forward_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm8VBMSegmentation'
direction = 'forward'
warping_method = 'high-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/iy_<subject>_inverse_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm8VBMSegmentation'
direction = 'inverse'
warping_method = 'high-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/y_<subject>_forward_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm8NewSegment'
direction = 'forward'
warping_method = 'low-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/iy_<subject>_inverse_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm8NewSegment'
direction = 'inverse'
warping_method = 'low-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/y_<subject>_forward_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm8NewSegment'
direction = 'forward'
warping_method = 'high-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/iy_<subject>_inverse_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm8NewSegment'
direction = 'inverse'
warping_method = 'high-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/y_<subject>_forward_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm12Segment', 'low-dimensional') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm12Segment'
direction = 'forward'
warping_method = 'low-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/iy_<subject>_inverse_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm12Segment', 'low-dimensional') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm12Segment'
direction = 'inverse'
warping_method = 'low-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/y_<subject>_forward_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('forward', 'spm12Segment', 'low-dimensional') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm12Segment'
direction = 'forward'
warping_method = 'low-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/y_<subject>_forward_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('forward', '', '') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm12Segment'
direction = 'forward'
warping_method = 'low-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/y_<subject>_forward_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('forward', '', '') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm12Segment'
direction = 'forward'
warping_method = 'high-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/y_<subject>_forward_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('forward', '', '') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm8VBMSegmentation'
direction = 'forward'
warping_method = 'low-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/y_<subject>_forward_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('forward', '', '') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm8VBMSegmentation'
direction = 'forward'
warping_method = 'high-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/y_<subject>_forward_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('forward', '', '') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm8NewSegment'
direction = 'forward'
warping_method = 'low-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/y_<subject>_forward_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('forward', '', '') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm8NewSegment'
direction = 'forward'
warping_method = 'high-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/y_<subject>_forward_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'low-dimensional') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm12Segment'
direction = 'forward'
warping_method = 'low-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/iy_<subject>_inverse_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'low-dimensional') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm12Segment'
direction = 'inverse'
warping_method = 'low-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/y_<subject>_forward_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'low-dimensional') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm8VBMSegmentation'
direction = 'forward'
warping_method = 'low-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/iy_<subject>_inverse_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'low-dimensional') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm8VBMSegmentation'
direction = 'inverse'
warping_method = 'low-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/y_<subject>_forward_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'low-dimensional') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm8NewSegment'
direction = 'forward'
warping_method = 'low-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/iy_<subject>_inverse_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'low-dimensional') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm8NewSegment'
direction = 'inverse'
warping_method = 'low-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/y_<subject>_forward_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('forward', 'spm12Segment', '') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm12Segment'
direction = 'forward'
warping_method = 'low-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/y_<subject>_forward_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('forward', 'spm12Segment', '') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm12Segment'
direction = 'forward'
warping_method = 'high-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/y_<subject>_forward_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('forward', '', 'low-dimensional') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm12Segment'
direction = 'forward'
warping_method = 'low-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/y_<subject>_forward_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('forward', '', 'low-dimensional') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm8VBMSegmentation'
direction = 'forward'
warping_method = 'low-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/y_<subject>_forward_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('forward', '', 'low-dimensional') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm8NewSegment'
direction = 'forward'
warping_method = 'low-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/iy_<subject>_inverse_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('inverse', 'spm12Segment', 'low-dimensional') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm12Segment'
direction = 'inverse'
warping_method = 'low-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/iy_<subject>_inverse_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('inverse', 'spm12Segment', '') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm12Segment'
direction = 'inverse'
warping_method = 'low-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/iy_<subject>_inverse_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('inverse', 'spm12Segment', '') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm12Segment'
direction = 'inverse'
warping_method = 'high-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/iy_<subject>_inverse_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('inverse', '', 'low-dimensional') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm12Segment'
direction = 'inverse'
warping_method = 'low-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/iy_<subject>_inverse_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('inverse', '', 'low-dimensional') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm8VBMSegmentation'
direction = 'inverse'
warping_method = 'low-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/iy_<subject>_inverse_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('inverse', '', 'low-dimensional') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm8NewSegment'
direction = 'inverse'
warping_method = 'low-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/iy_<subject>_inverse_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('inverse', '', '') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm12Segment'
direction = 'inverse'
warping_method = 'low-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/iy_<subject>_inverse_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('inverse', '', '') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm12Segment'
direction = 'inverse'
warping_method = 'high-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/iy_<subject>_inverse_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('inverse', '', '') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm8VBMSegmentation'
direction = 'inverse'
warping_method = 'low-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/iy_<subject>_inverse_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('inverse', '', '') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm8VBMSegmentation'
direction = 'inverse'
warping_method = 'high-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/iy_<subject>_inverse_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('inverse', '', '') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm8NewSegment'
direction = 'inverse'
warping_method = 'low-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/iy_<subject>_inverse_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('inverse', '', '') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm8NewSegment'
direction = 'inverse'
warping_method = 'high-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/y_<subject>_forward_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('forward', '', 'high-dimensional') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm12Segment'
direction = 'forward'
warping_method = 'high-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/y_<subject>_forward_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('forward', '', 'high-dimensional') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm8VBMSegmentation'
direction = 'forward'
warping_method = 'high-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/y_<subject>_forward_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('forward', '', 'high-dimensional') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm8NewSegment'
direction = 'forward'
warping_method = 'high-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/y_<subject>_forward_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm12Segment', 'high-dimensional') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm12Segment'
direction = 'forward'
warping_method = 'high-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/iy_<subject>_inverse_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm12Segment', 'high-dimensional') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm12Segment'
direction = 'inverse'
warping_method = 'high-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/y_<subject>_forward_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('forward', 'spm12Segment', 'high-dimensional') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm12Segment'
direction = 'forward'
warping_method = 'high-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/y_<subject>_forward_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'high-dimensional') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm12Segment'
direction = 'forward'
warping_method = 'high-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/iy_<subject>_inverse_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'high-dimensional') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm12Segment'
direction = 'inverse'
warping_method = 'high-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/y_<subject>_forward_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'high-dimensional') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm8VBMSegmentation'
direction = 'forward'
warping_method = 'high-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/iy_<subject>_inverse_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'high-dimensional') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm8VBMSegmentation'
direction = 'inverse'
warping_method = 'high-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/y_<subject>_forward_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'high-dimensional') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm8NewSegment'
direction = 'forward'
warping_method = 'high-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/iy_<subject>_inverse_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'high-dimensional') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm8NewSegment'
direction = 'inverse'
warping_method = 'high-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/iy_<subject>_inverse_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('inverse', '', 'high-dimensional') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm12Segment'
direction = 'inverse'
warping_method = 'high-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/iy_<subject>_inverse_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('inverse', '', 'high-dimensional') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm8VBMSegmentation'
direction = 'inverse'
warping_method = 'high-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/iy_<subject>_inverse_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('inverse', '', 'high-dimensional') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm8NewSegment'
direction = 'inverse'
warping_method = 'high-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/iy_<subject>_inverse_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('inverse', 'spm12Segment', 'high-dimensional') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm12Segment'
direction = 'inverse'
warping_method = 'high-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/y_<subject>_forward_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm8VBMSegmentation', 'low-dimensional') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm8VBMSegmentation'
direction = 'forward'
warping_method = 'low-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/iy_<subject>_inverse_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm8VBMSegmentation', 'low-dimensional') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm8VBMSegmentation'
direction = 'inverse'
warping_method = 'low-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/y_<subject>_forward_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('forward', 'spm8VBMSegmentation', 'low-dimensional') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm8VBMSegmentation'
direction = 'forward'
warping_method = 'low-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/y_<subject>_forward_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm8VBMSegmentation', '') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm8VBMSegmentation'
direction = 'forward'
warping_method = 'low-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/iy_<subject>_inverse_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm8VBMSegmentation', '') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm8VBMSegmentation'
direction = 'inverse'
warping_method = 'low-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/y_<subject>_forward_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm8VBMSegmentation', '') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm8VBMSegmentation'
direction = 'forward'
warping_method = 'high-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/iy_<subject>_inverse_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm8VBMSegmentation', '') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm8VBMSegmentation'
direction = 'inverse'
warping_method = 'high-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/y_<subject>_forward_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('forward', 'spm8VBMSegmentation', '') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm8VBMSegmentation'
direction = 'forward'
warping_method = 'low-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/y_<subject>_forward_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('forward', 'spm8VBMSegmentation', '') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm8VBMSegmentation'
direction = 'forward'
warping_method = 'high-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/iy_<subject>_inverse_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('inverse', 'spm8VBMSegmentation', 'low-dimensional') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm8VBMSegmentation'
direction = 'inverse'
warping_method = 'low-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/iy_<subject>_inverse_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('inverse', 'spm8VBMSegmentation', '') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm8VBMSegmentation'
direction = 'inverse'
warping_method = 'low-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/iy_<subject>_inverse_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('inverse', 'spm8VBMSegmentation', '') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm8VBMSegmentation'
direction = 'inverse'
warping_method = 'high-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/y_<subject>_forward_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('forward', 'spm8VBMSegmentation', 'high-dimensional') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm8VBMSegmentation'
direction = 'forward'
warping_method = 'high-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/y_<subject>_forward_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm8VBMSegmentation', 'high-dimensional') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm8VBMSegmentation'
direction = 'forward'
warping_method = 'high-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/iy_<subject>_inverse_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm8VBMSegmentation', 'high-dimensional') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm8VBMSegmentation'
direction = 'inverse'
warping_method = 'high-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/iy_<subject>_inverse_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('inverse', 'spm8VBMSegmentation', 'high-dimensional') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm8VBMSegmentation'
direction = 'inverse'
warping_method = 'high-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/y_<subject>_forward_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('forward', 'spm8NewSegment', '') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm8NewSegment'
direction = 'forward'
warping_method = 'low-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/y_<subject>_forward_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('forward', 'spm8NewSegment', '') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm8NewSegment'
direction = 'forward'
warping_method = 'high-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/y_<subject>_forward_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm8NewSegment', 'low-dimensional') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm8NewSegment'
direction = 'forward'
warping_method = 'low-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/iy_<subject>_inverse_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm8NewSegment', 'low-dimensional') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm8NewSegment'
direction = 'inverse'
warping_method = 'low-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/y_<subject>_forward_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('forward', 'spm8NewSegment', 'low-dimensional') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm8NewSegment'
direction = 'forward'
warping_method = 'low-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/y_<subject>_forward_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm8NewSegment', '') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm8NewSegment'
direction = 'forward'
warping_method = 'low-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/iy_<subject>_inverse_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm8NewSegment', '') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm8NewSegment'
direction = 'inverse'
warping_method = 'low-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/y_<subject>_forward_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm8NewSegment', '') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm8NewSegment'
direction = 'forward'
warping_method = 'high-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/iy_<subject>_inverse_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm8NewSegment', '') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm8NewSegment'
direction = 'inverse'
warping_method = 'high-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/iy_<subject>_inverse_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('inverse', 'spm8NewSegment', '') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm8NewSegment'
direction = 'inverse'
warping_method = 'low-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/iy_<subject>_inverse_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('inverse', 'spm8NewSegment', '') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm8NewSegment'
direction = 'inverse'
warping_method = 'high-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/iy_<subject>_inverse_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('inverse', 'spm8NewSegment', 'low-dimensional') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm8NewSegment'
direction = 'inverse'
warping_method = 'low-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/y_<subject>_forward_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm8NewSegment', 'high-dimensional') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm8NewSegment'
direction = 'forward'
warping_method = 'high-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/iy_<subject>_inverse_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm8NewSegment', 'high-dimensional') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm8NewSegment'
direction = 'inverse'
warping_method = 'high-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/y_<subject>_forward_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('forward', 'spm8NewSegment', 'high-dimensional') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm8NewSegment'
direction = 'forward'
warping_method = 'high-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/iy_<subject>_inverse_deformation_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('inverse', 'spm8NewSegment', 'high-dimensional') (False, True, True)
Priority offset: 0
acquisition_sequence = ''
prefix = ''
processing = 'spm8NewSegment'
direction = 'inverse'
warping_method = 'high-dimensional'
orientation = 'acquisition_to_mni'

{center}/{subject}/spm/spm12Shoot/{acquisition}/{analysis}_using_{template}GS/y_{prefix}<subject>_Template

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'high-dimensional') (False, False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Shoot'
direction = 'forward'
warping_method = 'high-dimensional'

{center}/{subject}/spm/spm12Shoot/{acquisition}/{analysis}_using_{template}GS/y_{prefix}<subject>_Template

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') (False, False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Shoot'
direction = 'forward'
warping_method = 'high-dimensional'

{center}/{subject}/spm/spm12Shoot/{acquisition}/{analysis}_using_{template}GS/y_{prefix}<subject>_Template

Formats: 'BrainVISA volume formats'
Rule selection key: ('forward', '', '') (False, False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Shoot'
direction = 'forward'
warping_method = 'high-dimensional'

{center}/{subject}/spm/spm12Shoot/{acquisition}/{analysis}_using_{template}GS/y_{prefix}<subject>_Template

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm12Shoot', '') (False, False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Shoot'
direction = 'forward'
warping_method = 'high-dimensional'

{center}/{subject}/spm/spm12Shoot/{acquisition}/{analysis}_using_{template}GS/y_{prefix}<subject>_Template

Formats: 'BrainVISA volume formats'
Rule selection key: ('forward', '', 'high-dimensional') (False, False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Shoot'
direction = 'forward'
warping_method = 'high-dimensional'

{center}/{subject}/spm/spm12Shoot/{acquisition}/{analysis}_using_{template}GS/y_{prefix}<subject>_Template

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm12Shoot', 'high-dimensional') (False, False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Shoot'
direction = 'forward'
warping_method = 'high-dimensional'

{center}/{subject}/spm/spm12Shoot/{acquisition}/{analysis}_using_{template}GS/y_{prefix}<subject>_Template

Formats: 'BrainVISA volume formats'
Rule selection key: ('forward', 'spm12Shoot', 'high-dimensional') (False, False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Shoot'
direction = 'forward'
warping_method = 'high-dimensional'

{center}/{subject}/spm/spm12Shoot/{acquisition}/{analysis}_using_{template}GS/y_{prefix}<subject>_Template

Formats: 'BrainVISA volume formats'
Rule selection key: ('forward', 'spm12Shoot', '') (False, False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Shoot'
direction = 'forward'
warping_method = 'high-dimensional'

SPM design specification
Parent types:
Matlab SPM file
Any Type

Key: ['factorial_design', 'first_group', 'second_group', 'analysis', 'group_name']
Rules selection key: [] ['group_name', 'first_group', 'second_group']
analyzes/spm_stats/{factorial_design}/{first_group}_compare_to_{second_group}/{analysis}/SPM

Formats: ['Matlab file', 'gz Matlab file', 'bz2 Matlab file']
Rule selection key: () (True, False, False)
Priority offset: 0

analyzes/spm_stats/{factorial_design}/{group_name}/{analysis}/SPM

Formats: ['Matlab file', 'gz Matlab file', 'bz2 Matlab file']
Rule selection key: () (False, True, True)
Priority offset: 0

SPM filtered image
Parent types:
3D Volume
4D Volume
Any Type

Key: ['factorial_design', 'first_group', 'second_group', 'analysis', 'contrast_type', 'contrast_index', 'basename', 'group_name']
Rules selection key: [] ['group_name', 'first_group', 'second_group']
analyzes/spm_stats/{factorial_design}/{first_group}_compare_to_{second_group}/{analysis}/spm{contrast_type}_{contrast_index}_{basename}

Formats: 'BrainVISA volume formats'
Rule selection key: () (True, False, False)
Priority offset: 0

analyzes/spm_stats/{factorial_design}/{group_name}/{analysis}/spm{contrast_type}_{contrast_index}_{basename}

Formats: 'BrainVISA volume formats'
Rule selection key: () (False, True, True)
Priority offset: 0

SPM graphical report
Parent types:
Postscript file
Any Type

Key: ['factorial_design', 'first_group', 'second_group', 'analysis', 'date', 'group_name']
Rules selection key: [] ['group_name', 'first_group', 'second_group']
analyzes/spm_stats/{factorial_design}/{first_group}_compare_to_{second_group}/{analysis}/spm_{date}

Formats: ['PS file', 'gz compressed PS file']
Rule selection key: () (True, False, False)
Priority offset: 0

analyzes/spm_stats/{factorial_design}/{group_name}/{analysis}/spm_{date}

Formats: ['PS file', 'gz compressed PS file']
Rule selection key: () (False, True, True)
Priority offset: 0

SPM labelled filtered image
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['factorial_design', 'first_group', 'second_group', 'analysis', 'contrast_type', 'contrast_index', 'basename', 'group_name']
Rules selection key: [] ['group_name', 'first_group', 'second_group']
analyzes/spm_stats/{factorial_design}/{first_group}_compare_to_{second_group}/{analysis}/spm{contrast_type}_{contrast_index}_{basename}_labelled

Formats: 'BrainVISA volume formats'
Rule selection key: () (True, False, False)
Priority offset: 0

analyzes/spm_stats/{factorial_design}/{group_name}/{analysis}/spm{contrast_type}_{contrast_index}_{basename}_labelled

Formats: 'BrainVISA volume formats'
Rule selection key: () (False, True, True)
Priority offset: 0

SPM labelled filtered image translation
Parent types:
Text file
Any Type

Key: ['factorial_design', 'first_group', 'second_group', 'analysis', 'contrast_type', 'contrast_index', 'basename', 'group_name']
Rules selection key: [] ['group_name', 'first_group', 'second_group']
analyzes/spm_stats/{factorial_design}/{first_group}_compare_to_{second_group}/{analysis}/spm{contrast_type}_{contrast_index}_{basename}_translation

Formats: ['JSON file']
Rule selection key: () (True, False, False)
Priority offset: 0

analyzes/spm_stats/{factorial_design}/{group_name}/{analysis}/spm{contrast_type}_{contrast_index}_{basename}_translation

Formats: ['JSON file']
Rule selection key: () (False, True, True)
Priority offset: 0

SPM transformation
Parent types:
Transformation matrix
Transformation
Any Type

Key: ['center', 'subject', 'acquisition', 'analysis', 'transformation', 'direction']
Default attributes values:
center = 'subjects'

Rules selection key: ['direction'] []

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/t_<subject>_{transformation}_reorient

Formats: ['Matlab file']
Rule selection key: ('',) ()
Priority offset: 0
processing = 'cat12Segment'
direction = 'forward'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/it_<subject>_{transformation}_reorient

Formats: ['Matlab file']
Rule selection key: ('',) ()
Priority offset: 0
processing = 'cat12Segment'
direction = 'inverse'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/t_<subject>_{transformation}_reorient

Formats: ['Matlab file']
Rule selection key: ('forward',) ()
Priority offset: 0
processing = 'cat12Segment'
direction = 'forward'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/it_<subject>_{transformation}_reorient

Formats: ['Matlab file']
Rule selection key: ('inverse',) ()
Priority offset: 0
processing = 'cat12Segment'
direction = 'inverse'

SPM workspace directory
Parent types:
Directory
Any Type

Key: ['factorial_design', 'first_group', 'second_group', 'analysis', 'group_name']
Rules selection key: [] ['group_name', 'first_group', 'second_group']
analyzes/spm_stats/{factorial_design}/{first_group}_compare_to_{second_group}/{analysis}

Formats: ['Directory']
Rule selection key: () (True, False, False)
Priority offset: 0

analyzes/spm_stats/{factorial_design}/{group_name}/{analysis}

Formats: ['Directory']
Rule selection key: () (False, True, True)
Priority offset: 0

SPM2 normalization matrix
Parent types:
SPM normalization matrix
SPM transformation
Transformation matrix
Transformation
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

{center}/{subject}/t1mri/{acquisition}/<subject>_sn

Formats: ['Matlab file']
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'

SPM2 parameters
Parent types:
XML parameters
Text file
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

{center}/{subject}/t1mri/{acquisition}/<subject>_job_anat_normalization

Formats: ['XML', 'Matlab file', 'bz2 Matlab file']
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'

SPMt map
Parent types:
3D Volume
4D Volume
Any Type

Key: ['center', 'subject', 'contrast']
Default attributes values:
center = 'subjects'

{center}/{subject}/spmt/con_{contrast}/<subject>_spmt_<contrast>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0

Save Subjects Hierarchy DARTEL
Parent types:
Text file
Any Type

Key: ['Study', 'Template']
analyzes/DISCO_analyzes/DISCO_{Study}/DARTEL_{Template}/subjects_hierarchy_<Template>

Formats: None
Rule selection key: () ()
Priority offset: 0

Save Subjects Hierarchy DISCO
Parent types:
Text file
Any Type

Key: ['Study']
analyzes/DISCO_analyzes/DISCO_{Study}/subjects_hierarchy_<Study>

Formats: None
Rule selection key: () ()
Priority offset: 0

Scale Space White Curvature Texture
Parent types:
Scale Space Texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis', 'side']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

Rules selection key: ['side'] []

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_curv_ss

Formats: 'BrainVISA texture formats'
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_curv_ss

Formats: 'BrainVISA texture formats'
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_curv_ss

Formats: 'BrainVISA texture formats'
Rule selection key: ('left',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_curv_ss

Formats: 'BrainVISA texture formats'
Rule selection key: ('right',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

Scale Space White Depth Texture
Parent types:
Scale Space Texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis', 'side']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

Rules selection key: ['side'] []

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_depth_ss

Formats: 'BrainVISA texture formats'
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_depth_ss

Formats: 'BrainVISA texture formats'
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Lwhite_depth_ss

Formats: 'BrainVISA texture formats'
Rule selection key: ('left',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Rwhite_depth_ss

Formats: 'BrainVISA texture formats'
Rule selection key: ('right',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

Scanner Based Referential
Parent types:
Referential
Text file
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

{center}/{subject}/t1mri/{acquisition}/registration/RawT1-<subject>_<acquisition>_Scanner_Based

Formats: ['Referential']
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
destination_referential = '803552a6-ac4d-491d-99f5-b938392b674b'

Scans Directory
Parent types:
Any Type

Key: ['center', 'study', 'scan_session']

Non mandatory key attributes: ('study',)
Default attributes values:
center = 'subjects'
study = 'default_study'

biology/{center}/{study}/histology/{scan_session}/scans

Formats: ['Directory']
Rule selection key: () ()
Priority offset: 0

Scans Session Directory
Parent types:
Any Type

Key: ['center', 'study', 'scan_session']

Non mandatory key attributes: ('study',)
Default attributes values:
center = 'subjects'
study = 'default_study'

biology/{center}/{study}/histology/{scan_session}

Formats: ['Directory']
Rule selection key: () ()
Priority offset: 0

Script
Parent types:
Text file
Any Type

Key: ['filename_variable']
scripts/*

Formats: ['Python Script']
Rule selection key: () ()
Priority offset: 0

Simple Surface Volume
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'side', 'manually_labelled', 'automatically_labelled', 'best']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'
graph_version = '3.1'
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled', 'best'] []

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LSimpleSurface_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RSimpleSurface_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LSimpleSurface_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RSimpleSurface_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LSimpleSurface_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RSimpleSurface_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LSimpleSurface_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RSimpleSurface_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LSimpleSurface_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RSimpleSurface_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LSimpleSurface_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RSimpleSurface_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LSimpleSurface_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', 'Yes', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LSimpleSurface_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RSimpleSurface_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LSimpleSurface_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RSimpleSurface_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LSimpleSurface_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RSimpleSurface_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LSimpleSurface_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RSimpleSurface_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LSimpleSurface_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RSimpleSurface_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LSimpleSurface_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LSimpleSurface_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LSimpleSurface_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LSimpleSurface_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LSimpleSurface_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LSimpleSurface_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'Yes', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LSimpleSurface_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'Yes', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LSimpleSurface_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RSimpleSurface_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LSimpleSurface_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', '', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LSimpleSurface_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LSimpleSurface_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'Yes', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LSimpleSurface_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RSimpleSurface_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LSimpleSurface_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RSimpleSurface_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LSimpleSurface_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LSimpleSurface_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', 'Yes', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LSimpleSurface_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', 'Yes', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RSimpleSurface_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'Yes', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RSimpleSurface_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RSimpleSurface_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RSimpleSurface_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'Yes', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RSimpleSurface_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'Yes', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RSimpleSurface_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', 'Yes', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RSimpleSurface_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', 'Yes', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RSimpleSurface_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', 'Yes', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RSimpleSurface_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', '', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RSimpleSurface_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RSimpleSurface_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RSimpleSurface_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RSimpleSurface_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RSimpleSurface_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LSimpleSurface_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LSimpleSurface_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RSimpleSurface_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LSimpleSurface_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', 'No', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LSimpleSurface_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'No', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LSimpleSurface_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RSimpleSurface_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LSimpleSurface_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RSimpleSurface_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LSimpleSurface_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'No', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LSimpleSurface_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RSimpleSurface_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LSimpleSurface_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RSimpleSurface_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LSimpleSurface_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LSimpleSurface_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', 'No', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LSimpleSurface_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RSimpleSurface_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RSimpleSurface_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', 'No', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RSimpleSurface_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'No', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RSimpleSurface_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RSimpleSurface_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RSimpleSurface_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', 'No', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RSimpleSurface_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'No', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LSimpleSurface_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LSimpleSurface_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RSimpleSurface_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LSimpleSurface_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LSimpleSurface_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RSimpleSurface_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LSimpleSurface_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RSimpleSurface_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LSimpleSurface_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LSimpleSurface_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LSimpleSurface_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RSimpleSurface_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RSimpleSurface_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RSimpleSurface_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RSimpleSurface_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RSimpleSurface_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

Simulated MRI
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/simulated_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'

Snapshot Brain Mask
Parent types:
Snapshot
2D Image
3D Volume
4D Volume
Any Type

Key: ['acquisition', 'subject']
snapshots/morphologist/{acquisition}/brainmask/snapshot_brainmask_{subject}_<acquisition>

Formats: ['PNG image']
Rule selection key: () ()
Priority offset: 0
processing = 'morphologist'

Snapshot Grey White
Parent types:
Snapshot
2D Image
3D Volume
4D Volume
Any Type

Key: ['acquisition', 'subject']
snapshots/morphologist/{acquisition}/greywhite/snapshot_greywhite_{subject}_<acquisition>

Formats: ['PNG image']
Rule selection key: () ()
Priority offset: 0
processing = 'morphologist'

Snapshot Meshcut
Parent types:
Snapshot
2D Image
3D Volume
4D Volume
Any Type

Key: ['acquisition', 'subject']
snapshots/morphologist/{acquisition}/meshcut/snapshot_meshcut_{subject}_<acquisition>

Formats: ['PNG image']
Rule selection key: () ()
Priority offset: 0
processing = 'morphologist'

Snapshot Pial Mesh
Parent types:
Snapshot
2D Image
3D Volume
4D Volume
Any Type

Key: ['acquisition', 'subject', 'side']
Rules selection key: ['side'] []

snapshots/morphologist/{acquisition}/pialmesh/snapshot_left_pialmesh_{subject}_<acquisition>

Formats: ['PNG image']
Rule selection key: ('',) ()
Priority offset: 0
side = 'left'
processing = 'morphologist'

snapshots/morphologist/{acquisition}/pialmesh/snapshot_right_pialmesh_{subject}_<acquisition>

Formats: ['PNG image']
Rule selection key: ('',) ()
Priority offset: 0
side = 'right'
processing = 'morphologist'

snapshots/morphologist/{acquisition}/pialmesh/snapshot_left_pialmesh_{subject}_<acquisition>

Formats: ['PNG image']
Rule selection key: ('left',) ()
Priority offset: 0
side = 'left'
processing = 'morphologist'

snapshots/morphologist/{acquisition}/pialmesh/snapshot_right_pialmesh_{subject}_<acquisition>

Formats: ['PNG image']
Rule selection key: ('right',) ()
Priority offset: 0
side = 'right'
processing = 'morphologist'

Snapshot Probability Map
Parent types:
Snapshot
2D Image
3D Volume
4D Volume
Any Type

Key: ['acquisition', 'subject', 'tissue_class']
Rules selection key: ['tissue_class'] []

snapshots/morphologist/{acquisition}/whiteMatter/snapshot_<processing>_white_{subject}_<acquisition>

Formats: ['PNG image']
Rule selection key: ('',) ()
Priority offset: 0
tissue_class = 'white'

snapshots/morphologist/{acquisition}/greyMatter/snapshot_<processing>_grey_{subject}_<acquisition>

Formats: ['PNG image']
Rule selection key: ('',) ()
Priority offset: 0
tissue_class = 'grey'

snapshots/morphologist/{acquisition}/csf/snapshot_<processing>_csf_{subject}_<acquisition>

Formats: ['PNG image']
Rule selection key: ('',) ()
Priority offset: 0
tissue_class = 'csf'

snapshots/morphologist/{acquisition}/whiteMatter/snapshot_<processing>_white_{subject}_<acquisition>

Formats: ['PNG image']
Rule selection key: ('white',) ()
Priority offset: 0
tissue_class = 'white'

snapshots/morphologist/{acquisition}/greyMatter/snapshot_<processing>_grey_{subject}_<acquisition>

Formats: ['PNG image']
Rule selection key: ('grey',) ()
Priority offset: 0
tissue_class = 'grey'

snapshots/morphologist/{acquisition}/csf/snapshot_<processing>_csf_{subject}_<acquisition>

Formats: ['PNG image']
Rule selection key: ('csf',) ()
Priority offset: 0
tissue_class = 'csf'

Snapshot Raw T1
Parent types:
Snapshot
2D Image
3D Volume
4D Volume
Any Type

Key: ['acquisition', 'subject']
snapshots/morphologist/{acquisition}/raw/snapshot_raw_{subject}_<acquisition>

Formats: ['PNG image']
Rule selection key: () ()
Priority offset: 0
processing = 'morphologist'

Snapshot Split Brain
Parent types:
Snapshot
2D Image
3D Volume
4D Volume
Any Type

Key: ['acquisition', 'subject']
snapshots/morphologist/{acquisition}/splitbrain/snapshot_splitbrain_{subject}_<acquisition>

Formats: ['PNG image']
Rule selection key: () ()
Priority offset: 0
processing = 'morphologist'

Snapshot Sulci
Parent types:
Snapshot
2D Image
3D Volume
4D Volume
Any Type

Key: ['acquisition', 'subject', 'side']
Rules selection key: ['side'] []

snapshots/morphologist/{acquisition}/sulci/snapshot_left_sulci_{subject}_<acquisition>

Formats: ['PNG image']
Rule selection key: ('',) ()
Priority offset: 0
side = 'left'
processing = 'morphologist'

snapshots/morphologist/{acquisition}/sulci/snapshot_right_sulci_{subject}_<acquisition>

Formats: ['PNG image']
Rule selection key: ('',) ()
Priority offset: 0
side = 'right'
processing = 'morphologist'

snapshots/morphologist/{acquisition}/sulci/snapshot_left_sulci_{subject}_<acquisition>

Formats: ['PNG image']
Rule selection key: ('left',) ()
Priority offset: 0
side = 'left'
processing = 'morphologist'

snapshots/morphologist/{acquisition}/sulci/snapshot_right_sulci_{subject}_<acquisition>

Formats: ['PNG image']
Rule selection key: ('right',) ()
Priority offset: 0
side = 'right'
processing = 'morphologist'

Snapshot Tablet Raw T1
Parent types:
Snapshot
2D Image
3D Volume
4D Volume
Any Type

Key: ['acquisition', 'subject']
snapshots/morphologist/{acquisition}/tablet/snapshot_tablet_{subject}_<acquisition>

Formats: ['PNG image']
Rule selection key: () ()
Priority offset: 0
processing = 'morphologist'

Snapshot White Mesh
Parent types:
Snapshot
2D Image
3D Volume
4D Volume
Any Type

Key: ['acquisition', 'subject', 'side']
Rules selection key: ['side'] []

snapshots/morphologist/{acquisition}/whitemesh/snapshot_left_whitemesh_{subject}_<acquisition>

Formats: ['PNG image']
Rule selection key: ('',) ()
Priority offset: 0
side = 'left'
processing = 'morphologist'

snapshots/morphologist/{acquisition}/whitemesh/snapshot_right_whitemesh_{subject}_<acquisition>

Formats: ['PNG image']
Rule selection key: ('',) ()
Priority offset: 0
side = 'right'
processing = 'morphologist'

snapshots/morphologist/{acquisition}/whitemesh/snapshot_left_whitemesh_{subject}_<acquisition>

Formats: ['PNG image']
Rule selection key: ('left',) ()
Priority offset: 0
side = 'left'
processing = 'morphologist'

snapshots/morphologist/{acquisition}/whitemesh/snapshot_right_whitemesh_{subject}_<acquisition>

Formats: ['PNG image']
Rule selection key: ('right',) ()
Priority offset: 0
side = 'right'
processing = 'morphologist'

Snapshots Dir
Parent types:
Directory
Any Type

Key: []
snapshots

Formats: ['Directory']
Rule selection key: () ()
Priority offset: 0

Snapshots Features Table
Parent types:
Numerical Table
CSV file
Text file
Any Type

Key: ['acquisition', 'processing']
Rules selection key: [] ['processing']
tables/{acquisition}/snapshots_features_morphologist

Formats: ['CSV file']
Rule selection key: () (True,)
Priority offset: 0
processing = ''
processing = 'morphologist'

tables/{acquisition}/snapshots_features_{processing}

Formats: ['CSV file']
Rule selection key: () (False,)
Priority offset: 0

Snapshots Grey White Quality Scores
Parent types:
CSV file
Text file
Any Type

Key: ['acquisition']
snapshots/morphologist/{acquisition}/greywhite/qc_greywhite

Formats: ['CSV file']
Rule selection key: () ()
Priority offset: 0
processing = 'morphologist'

Snapshots Meshcut Quality Scores
Parent types:
CSV file
Text file
Any Type

Key: ['acquisition']
snapshots/morphologist/{acquisition}/meshcut/qc_meshcut

Formats: ['CSV file']
Rule selection key: () ()
Priority offset: 0
processing = 'morphologist'

Snapshots Pial Mesh Quality Scores
Parent types:
CSV file
Text file
Any Type

Key: ['acquisition']
snapshots/morphologist/{acquisition}/pialmesh/qc_pialmesh

Formats: ['CSV file']
Rule selection key: () ()
Priority offset: 0
processing = 'morphologist'

Snapshots Probability Map Quality Scores
Parent types:
CSV file
Text file
Any Type

Key: ['processing', 'acquisition']
snapshots/{processing}/{acquisition}/qc_<processing>

Formats: ['CSV file']
Rule selection key: () ()
Priority offset: 0

Snapshots Split Brain Quality Scores
Parent types:
CSV file
Text file
Any Type

Key: ['acquisition']
snapshots/morphologist/{acquisition}/splitbrain/qc_splitbrain

Formats: ['CSV file']
Rule selection key: () ()
Priority offset: 0
processing = 'morphologist'

Snapshots Sulci Quality Scores
Parent types:
CSV file
Text file
Any Type

Key: ['acquisition']
snapshots/morphologist/{acquisition}/sulci/qc_sulci

Formats: ['CSV file']
Rule selection key: () ()
Priority offset: 0
processing = 'morphologist'

Snapshots White Mesh Quality Scores
Parent types:
CSV file
Text file
Any Type

Key: ['acquisition']
snapshots/morphologist/{acquisition}/whitemesh/qc_whitemesh

Formats: ['CSV file']
Rule selection key: () ()
Priority offset: 0
processing = 'morphologist'

Spherical mesh
Parent types:
Mesh
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis', 'side']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

Rules selection key: ['side'] []

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_Lwhite_sphere

Formats: 'BrainVISA mesh formats'
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_Rwhite_sphere

Formats: 'BrainVISA mesh formats'
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_Lwhite_sphere

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/<subject>_Rwhite_sphere

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

Split Brain Mask
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'contrast', 'mapped', 'center', 'subject', 'acquisition', 'analysis', 'modality', 'side', 'space']

Non mandatory key attributes: ('acquisition_date', 'mapped', 'time_duration', 'time_point', 'acquisition', 'contrast', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

Rules selection key: ['modality', 'side', 'space'] []
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/voronoi_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'both', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'both'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/voronoi_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('t1mri', 'both', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'both'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/voronoi_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'both'

{center}/{subject}/volBrain/{acquisition}/native/<subject>_native_hemi

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
analysis = ''
modality = 'volBrain'
space = 'native'

{center}/{subject}/volBrain/{acquisition}/mni/<subject>_mni_hemi

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
analysis = ''
modality = 'volBrain'
space = 'mni'

{center}/{subject}/assemblyNet/{acquisition}/mni_macrostructures_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
analysis = ''
modality = 'assemblyNet'
space = 'mni'

{center}/{subject}/assemblyNet/{acquisition}/native_macrostructures_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
analysis = ''
modality = 'assemblyNet'
space = 'native'

{center}/{subject}/vol2Brain/{acquisition}/mni_macrostructures_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
analysis = ''
modality = 'vol2Brain'
space = 'mni'

{center}/{subject}/vol2Brain/{acquisition}/native_macrostructures_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
analysis = ''
modality = 'vol2Brain'
space = 'native'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/split_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'Both'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/voronoi_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('t1mri', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'both'

{center}/{subject}/volBrain/{acquisition}/native/<subject>_native_hemi

Formats: 'BrainVISA volume formats'
Rule selection key: ('volBrain', '', 'native') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
analysis = ''
modality = 'volBrain'
space = 'native'

{center}/{subject}/volBrain/{acquisition}/native/<subject>_native_hemi

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'native') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
analysis = ''
modality = 'volBrain'
space = 'native'

{center}/{subject}/assemblyNet/{acquisition}/native_macrostructures_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'native') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
analysis = ''
modality = 'assemblyNet'
space = 'native'

{center}/{subject}/vol2Brain/{acquisition}/native_macrostructures_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'native') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
analysis = ''
modality = 'vol2Brain'
space = 'native'

{center}/{subject}/volBrain/{acquisition}/native/<subject>_native_hemi

Formats: 'BrainVISA volume formats'
Rule selection key: ('volBrain', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
analysis = ''
modality = 'volBrain'
space = 'native'

{center}/{subject}/volBrain/{acquisition}/mni/<subject>_mni_hemi

Formats: 'BrainVISA volume formats'
Rule selection key: ('volBrain', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
analysis = ''
modality = 'volBrain'
space = 'mni'

{center}/{subject}/volBrain/{acquisition}/mni/<subject>_mni_hemi

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'mni') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
analysis = ''
modality = 'volBrain'
space = 'mni'

{center}/{subject}/assemblyNet/{acquisition}/mni_macrostructures_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'mni') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
analysis = ''
modality = 'assemblyNet'
space = 'mni'

{center}/{subject}/vol2Brain/{acquisition}/mni_macrostructures_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'mni') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
analysis = ''
modality = 'vol2Brain'
space = 'mni'

{center}/{subject}/volBrain/{acquisition}/mni/<subject>_mni_hemi

Formats: 'BrainVISA volume formats'
Rule selection key: ('volBrain', '', 'mni') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
analysis = ''
modality = 'volBrain'
space = 'mni'

{center}/{subject}/assemblyNet/{acquisition}/mni_macrostructures_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('assemblyNet', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
analysis = ''
modality = 'assemblyNet'
space = 'mni'

{center}/{subject}/assemblyNet/{acquisition}/native_macrostructures_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('assemblyNet', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
analysis = ''
modality = 'assemblyNet'
space = 'native'

{center}/{subject}/assemblyNet/{acquisition}/mni_macrostructures_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('assemblyNet', '', 'mni') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
analysis = ''
modality = 'assemblyNet'
space = 'mni'

{center}/{subject}/assemblyNet/{acquisition}/native_macrostructures_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('assemblyNet', '', 'native') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
analysis = ''
modality = 'assemblyNet'
space = 'native'

{center}/{subject}/vol2Brain/{acquisition}/mni_macrostructures_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('vol2Brain', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
analysis = ''
modality = 'vol2Brain'
space = 'mni'

{center}/{subject}/vol2Brain/{acquisition}/native_macrostructures_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('vol2Brain', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
analysis = ''
modality = 'vol2Brain'
space = 'native'

{center}/{subject}/vol2Brain/{acquisition}/mni_macrostructures_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('vol2Brain', '', 'mni') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
analysis = ''
modality = 'vol2Brain'
space = 'mni'

{center}/{subject}/vol2Brain/{acquisition}/native_macrostructures_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('vol2Brain', '', 'native') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
analysis = ''
modality = 'vol2Brain'
space = 'native'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/split_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('anatomical_mri', 'Both', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'Both'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/split_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Both', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'Both'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/split_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('anatomical_mri', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'Both'

Study Directory
Parent types:
Any Type

Key: ['center', 'study']

Non mandatory key attributes: ('study',)
Default attributes values:
center = 'subjects'
study = 'default_study'

biology/{center}/{study}

Formats: ['Directory']
Rule selection key: () ()
Priority offset: 0

Study definition data
Parent types:
Text file
Any Type

Key: []
study_management/study_definition

Formats: ['JSON file']
Rule selection key: () ()
Priority offset: 0

Subcortical labels
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['center', 'subject', 'acquisition', 'space']
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

Rules selection key: ['space'] []

{center}/{subject}/volBrain/{acquisition}/native/<subject>_native_lab

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) ()
Priority offset: 0
modality = 'volBrain'
space = 'native'

{center}/{subject}/volBrain/{acquisition}/mni/<subject>_mni_lab

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) ()
Priority offset: 0
modality = 'volBrain'
space = 'mni'

{center}/{subject}/volBrain/{acquisition}/native/<subject>_native_lab

Formats: 'BrainVISA volume formats'
Rule selection key: ('native',) ()
Priority offset: 0
modality = 'volBrain'
space = 'native'

{center}/{subject}/volBrain/{acquisition}/mni/<subject>_mni_lab

Formats: 'BrainVISA volume formats'
Rule selection key: ('mni',) ()
Priority offset: 0
modality = 'volBrain'
space = 'mni'

Subject
Parent types:
Any Type

Key: ['center', 'study', 'scan_session', 'subject']

Non mandatory key attributes: ('study',)
Default attributes values:
center = 'subjects'
study = 'default_study'

Rules selection key: [] ['scan_session']
biology/{center}/{study}/histology/{scan_session}/subjects/{subject}

Formats: ['Directory']
Rule selection key: () (False,)
Priority offset: 0

{center}/{subject}

Formats: ['Directory']
Rule selection key: () (True,)
Priority offset: 0

Subject Group
Parent types:
Any Type

Key: ['modality', 'group_name']
subject_groups/{modality}_group/{group_name}_group

Formats: ['JSON file']
Rule selection key: () ()
Priority offset: 0

Subject To Template Transformation
Parent types:
Transformation matrix
Transformation
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Subject_To_Template_Transformation

Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'

Sulcal Imprint Def Full Bottom
Parent types:
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LImprintDef_full_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
deformed = 'DISCO'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RImprintDef_full_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
deformed = 'DISCO'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LImprintDef_full_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
deformed = 'DISCO'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RImprintDef_full_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
deformed = 'DISCO'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LImprintDef_full_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
deformed = 'DISCO'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RImprintDef_full_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
deformed = 'DISCO'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LImprintDef_full_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
deformed = 'DISCO'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LImprintDef_full_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
deformed = 'DISCO'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RImprintDef_full_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
deformed = 'DISCO'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LImprintDef_full_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
deformed = 'DISCO'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LImprintDef_full_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
deformed = 'DISCO'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LImprintDef_full_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
deformed = 'DISCO'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LImprintDef_full_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
deformed = 'DISCO'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LImprintDef_full_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
deformed = 'DISCO'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RImprintDef_full_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
deformed = 'DISCO'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RImprintDef_full_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
deformed = 'DISCO'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RImprintDef_full_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
deformed = 'DISCO'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RImprintDef_full_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
deformed = 'DISCO'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RImprintDef_full_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
deformed = 'DISCO'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RImprintDef_full_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
deformed = 'DISCO'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LImprintDef_full_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
deformed = 'DISCO'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LImprintDef_full_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
deformed = 'DISCO'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RImprintDef_full_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
deformed = 'DISCO'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LImprintDef_full_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
deformed = 'DISCO'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LImprintDef_full_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
deformed = 'DISCO'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LImprintDef_full_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
deformed = 'DISCO'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RImprintDef_full_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
deformed = 'DISCO'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LImprintDef_full_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
deformed = 'DISCO'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RImprintDef_full_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
deformed = 'DISCO'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RImprintDef_full_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
deformed = 'DISCO'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RImprintDef_full_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
deformed = 'DISCO'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RImprintDef_full_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
deformed = 'DISCO'

Sulcal Imprint Def Full Bottom DARTEL
Parent types:
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LImprintDef_full_bottom_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RImprintDef_full_bottom_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LImprintDef_full_bottom_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RImprintDef_full_bottom_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LImprintDef_full_bottom_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RImprintDef_full_bottom_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LImprintDef_full_bottom_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LImprintDef_full_bottom_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RImprintDef_full_bottom_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LImprintDef_full_bottom_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LImprintDef_full_bottom_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LImprintDef_full_bottom_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LImprintDef_full_bottom_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LImprintDef_full_bottom_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RImprintDef_full_bottom_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RImprintDef_full_bottom_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RImprintDef_full_bottom_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RImprintDef_full_bottom_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RImprintDef_full_bottom_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RImprintDef_full_bottom_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LImprintDef_full_bottom_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LImprintDef_full_bottom_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RImprintDef_full_bottom_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LImprintDef_full_bottom_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LImprintDef_full_bottom_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LImprintDef_full_bottom_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RImprintDef_full_bottom_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LImprintDef_full_bottom_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RImprintDef_full_bottom_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RImprintDef_full_bottom_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RImprintDef_full_bottom_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RImprintDef_full_bottom_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Sulcal Imprint Def Full Bottom DARTEL MNI
Parent types:
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_LImprintDef_full_bottom_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_RImprintDef_full_bottom_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_LImprintDef_full_bottom_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_RImprintDef_full_bottom_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_LImprintDef_full_bottom_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_RImprintDef_full_bottom_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_LImprintDef_full_bottom_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_LImprintDef_full_bottom_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_RImprintDef_full_bottom_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_LImprintDef_full_bottom_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_LImprintDef_full_bottom_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_LImprintDef_full_bottom_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_LImprintDef_full_bottom_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_LImprintDef_full_bottom_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_RImprintDef_full_bottom_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_RImprintDef_full_bottom_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_RImprintDef_full_bottom_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_RImprintDef_full_bottom_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_RImprintDef_full_bottom_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_RImprintDef_full_bottom_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_LImprintDef_full_bottom_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_LImprintDef_full_bottom_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_RImprintDef_full_bottom_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_LImprintDef_full_bottom_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_LImprintDef_full_bottom_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_LImprintDef_full_bottom_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_RImprintDef_full_bottom_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_LImprintDef_full_bottom_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_RImprintDef_full_bottom_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_RImprintDef_full_bottom_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_RImprintDef_full_bottom_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_RImprintDef_full_bottom_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Sulcal Imprint Def Full Hull Junction
Parent types:
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LImprintDef_full_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
deformed = 'DISCO'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RImprintDef_full_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
deformed = 'DISCO'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LImprintDef_full_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
deformed = 'DISCO'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RImprintDef_full_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
deformed = 'DISCO'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LImprintDef_full_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
deformed = 'DISCO'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RImprintDef_full_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
deformed = 'DISCO'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LImprintDef_full_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
deformed = 'DISCO'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LImprintDef_full_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
deformed = 'DISCO'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RImprintDef_full_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
deformed = 'DISCO'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LImprintDef_full_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
deformed = 'DISCO'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LImprintDef_full_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
deformed = 'DISCO'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LImprintDef_full_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
deformed = 'DISCO'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LImprintDef_full_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
deformed = 'DISCO'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LImprintDef_full_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
deformed = 'DISCO'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RImprintDef_full_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
deformed = 'DISCO'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RImprintDef_full_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
deformed = 'DISCO'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RImprintDef_full_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
deformed = 'DISCO'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RImprintDef_full_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
deformed = 'DISCO'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RImprintDef_full_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
deformed = 'DISCO'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RImprintDef_full_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
deformed = 'DISCO'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LImprintDef_full_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
deformed = 'DISCO'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LImprintDef_full_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
deformed = 'DISCO'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RImprintDef_full_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
deformed = 'DISCO'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LImprintDef_full_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
deformed = 'DISCO'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LImprintDef_full_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
deformed = 'DISCO'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LImprintDef_full_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
deformed = 'DISCO'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RImprintDef_full_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
deformed = 'DISCO'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LImprintDef_full_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
deformed = 'DISCO'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RImprintDef_full_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
deformed = 'DISCO'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RImprintDef_full_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
deformed = 'DISCO'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RImprintDef_full_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
deformed = 'DISCO'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RImprintDef_full_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
deformed = 'DISCO'

Sulcal Imprint Def Full Hull Junction DARTEL
Parent types:
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LImprintDef_full_hull_junction_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RImprintDef_full_hull_junction_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LImprintDef_full_hull_junction_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RImprintDef_full_hull_junction_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LImprintDef_full_hull_junction_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RImprintDef_full_hull_junction_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LImprintDef_full_hull_junction_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LImprintDef_full_hull_junction_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RImprintDef_full_hull_junction_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LImprintDef_full_hull_junction_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LImprintDef_full_hull_junction_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LImprintDef_full_hull_junction_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LImprintDef_full_hull_junction_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LImprintDef_full_hull_junction_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RImprintDef_full_hull_junction_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RImprintDef_full_hull_junction_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RImprintDef_full_hull_junction_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RImprintDef_full_hull_junction_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RImprintDef_full_hull_junction_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RImprintDef_full_hull_junction_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LImprintDef_full_hull_junction_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LImprintDef_full_hull_junction_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RImprintDef_full_hull_junction_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LImprintDef_full_hull_junction_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LImprintDef_full_hull_junction_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LImprintDef_full_hull_junction_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RImprintDef_full_hull_junction_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LImprintDef_full_hull_junction_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RImprintDef_full_hull_junction_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RImprintDef_full_hull_junction_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RImprintDef_full_hull_junction_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RImprintDef_full_hull_junction_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Sulcal Imprint Def Full Hull Junction DARTEL MNI
Parent types:
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_LImprintDef_full_hull_junction_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_RImprintDef_full_hull_junction_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_LImprintDef_full_hull_junction_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_RImprintDef_full_hull_junction_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_LImprintDef_full_hull_junction_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_RImprintDef_full_hull_junction_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_LImprintDef_full_hull_junction_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_LImprintDef_full_hull_junction_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_RImprintDef_full_hull_junction_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_LImprintDef_full_hull_junction_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_LImprintDef_full_hull_junction_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_LImprintDef_full_hull_junction_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_LImprintDef_full_hull_junction_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_LImprintDef_full_hull_junction_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_RImprintDef_full_hull_junction_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_RImprintDef_full_hull_junction_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_RImprintDef_full_hull_junction_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_RImprintDef_full_hull_junction_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_RImprintDef_full_hull_junction_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_RImprintDef_full_hull_junction_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_LImprintDef_full_hull_junction_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_LImprintDef_full_hull_junction_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_RImprintDef_full_hull_junction_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_LImprintDef_full_hull_junction_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_LImprintDef_full_hull_junction_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_LImprintDef_full_hull_junction_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_RImprintDef_full_hull_junction_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_LImprintDef_full_hull_junction_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_RImprintDef_full_hull_junction_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_RImprintDef_full_hull_junction_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_RImprintDef_full_hull_junction_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmni<subject>_<acquisition>_<analysis>_RImprintDef_full_hull_junction_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Sulcal Imprint Def Full Mesh
Parent types:
Sulcal Imprint Mesh
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LImprintDef_full

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
deformed = 'DISCO'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RImprintDef_full

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
deformed = 'DISCO'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LImprintDef_full

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
deformed = 'DISCO'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RImprintDef_full

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
deformed = 'DISCO'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LImprintDef_full

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
deformed = 'DISCO'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RImprintDef_full

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
deformed = 'DISCO'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LImprintDef_full

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
deformed = 'DISCO'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LImprintDef_full

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
deformed = 'DISCO'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RImprintDef_full

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
deformed = 'DISCO'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LImprintDef_full

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
deformed = 'DISCO'

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Sulcal Imprint Def Full Texture
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Any Type

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Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
deformed = 'DISCO'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RImprintDef_full

Formats: 'BrainVISA texture formats'
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
deformed = 'DISCO'

Sulcal Imprint Full Bottom
Parent types:
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/LImprint_<subject>_full_bottom

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/RImprint_<subject>_full_bottom

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/LImprint_<subject>_full_bottom

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/RImprint_<subject>_full_bottom

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/LImprint_<subject>_full_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RImprint_<subject>_full_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/LImprint_<subject>_full_bottom

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/LImprint_<subject>_full_bottom

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/RImprint_<subject>_full_bottom

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/LImprint_<subject>_full_bottom

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/LImprint_<subject>_full_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/LImprint_<subject>_full_bottom

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/LImprint_<subject>_full_bottom

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/LImprint_<subject>_full_bottom

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/RImprint_<subject>_full_bottom

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/RImprint_<subject>_full_bottom

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/RImprint_<subject>_full_bottom

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/RImprint_<subject>_full_bottom

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/RImprint_<subject>_full_bottom

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RImprint_<subject>_full_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/LImprint_<subject>_full_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/LImprint_<subject>_full_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RImprint_<subject>_full_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/LImprint_<subject>_full_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/LImprint_<subject>_full_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/LImprint_<subject>_full_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RImprint_<subject>_full_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/LImprint_<subject>_full_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RImprint_<subject>_full_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RImprint_<subject>_full_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RImprint_<subject>_full_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RImprint_<subject>_full_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
deformed = ''

Sulcal Imprint Full Bottom DARTEL
Parent types:
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/wLImprint_<subject>_full_bottom_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/wRImprint_<subject>_full_bottom_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/wLImprint_<subject>_full_bottom_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/wRImprint_<subject>_full_bottom_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wLImprint_<subject>_full_bottom_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wRImprint_<subject>_full_bottom_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/wLImprint_<subject>_full_bottom_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/wLImprint_<subject>_full_bottom_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/wRImprint_<subject>_full_bottom_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/wLImprint_<subject>_full_bottom_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wLImprint_<subject>_full_bottom_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/wLImprint_<subject>_full_bottom_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/wLImprint_<subject>_full_bottom_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/wLImprint_<subject>_full_bottom_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/wRImprint_<subject>_full_bottom_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/wRImprint_<subject>_full_bottom_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/wRImprint_<subject>_full_bottom_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/wRImprint_<subject>_full_bottom_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/wRImprint_<subject>_full_bottom_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wRImprint_<subject>_full_bottom_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wLImprint_<subject>_full_bottom_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wLImprint_<subject>_full_bottom_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wRImprint_<subject>_full_bottom_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wLImprint_<subject>_full_bottom_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wLImprint_<subject>_full_bottom_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wLImprint_<subject>_full_bottom_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wRImprint_<subject>_full_bottom_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wLImprint_<subject>_full_bottom_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wRImprint_<subject>_full_bottom_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wRImprint_<subject>_full_bottom_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wRImprint_<subject>_full_bottom_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wRImprint_<subject>_full_bottom_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Sulcal Imprint Full Bottom DARTEL MNI
Parent types:
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniLImprint_<subject>_full_bottom_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniRImprint_<subject>_full_bottom_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniLImprint_<subject>_full_bottom_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniRImprint_<subject>_full_bottom_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmniLImprint_<subject>_full_bottom_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmniRImprint_<subject>_full_bottom_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniLImprint_<subject>_full_bottom_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniLImprint_<subject>_full_bottom_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniRImprint_<subject>_full_bottom_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniLImprint_<subject>_full_bottom_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmniLImprint_<subject>_full_bottom_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniLImprint_<subject>_full_bottom_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniLImprint_<subject>_full_bottom_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniLImprint_<subject>_full_bottom_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniRImprint_<subject>_full_bottom_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniRImprint_<subject>_full_bottom_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniRImprint_<subject>_full_bottom_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniRImprint_<subject>_full_bottom_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniRImprint_<subject>_full_bottom_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmniRImprint_<subject>_full_bottom_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmniLImprint_<subject>_full_bottom_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmniLImprint_<subject>_full_bottom_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmniRImprint_<subject>_full_bottom_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmniLImprint_<subject>_full_bottom_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmniLImprint_<subject>_full_bottom_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmniLImprint_<subject>_full_bottom_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmniRImprint_<subject>_full_bottom_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmniLImprint_<subject>_full_bottom_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmniRImprint_<subject>_full_bottom_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmniRImprint_<subject>_full_bottom_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmniRImprint_<subject>_full_bottom_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmniRImprint_<subject>_full_bottom_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Sulcal Imprint Full Bottom DARTEL Talairach
Parent types:
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_<Template>_Tal_bottom

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_<Template>_Tal_bottom

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_<Template>_Tal_bottom

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_<Template>_Tal_bottom

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_<Template>_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_<Template>_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_<Template>_Tal_bottom

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_<Template>_Tal_bottom

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_<Template>_Tal_bottom

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_<Template>_Tal_bottom

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_<Template>_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_<Template>_Tal_bottom

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_<Template>_Tal_bottom

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_<Template>_Tal_bottom

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_<Template>_Tal_bottom

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_<Template>_Tal_bottom

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_<Template>_Tal_bottom

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_<Template>_Tal_bottom

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_<Template>_Tal_bottom

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_<Template>_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_<Template>_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_<Template>_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_<Template>_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_<Template>_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_<Template>_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_<Template>_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_<Template>_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_<Template>_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_<Template>_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_<Template>_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_<Template>_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_<Template>_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Sulcal Imprint Full Bottom DISCO
Parent types:
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Sulcal Imprint Full Bottom DISCO DARTEL Talairach
Parent types:
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>_Tal_bottom

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_DISCO_<Template>_Tal_bottom

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>_Tal_bottom

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_DISCO_<Template>_Tal_bottom

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_DISCO_<Template>_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>_Tal_bottom

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>_Tal_bottom

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_DISCO_<Template>_Tal_bottom

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>_Tal_bottom

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>_Tal_bottom

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>_Tal_bottom

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>_Tal_bottom

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_DISCO_<Template>_Tal_bottom

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_DISCO_<Template>_Tal_bottom

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_DISCO_<Template>_Tal_bottom

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_DISCO_<Template>_Tal_bottom

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_DISCO_<Template>_Tal_bottom

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_DISCO_<Template>_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_DISCO_<Template>_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_DISCO_<Template>_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_DISCO_<Template>_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_DISCO_<Template>_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_DISCO_<Template>_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_DISCO_<Template>_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Sulcal Imprint Full Bottom DISCO Talairach
Parent types:
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Sulcal Imprint Full Bottom Talairach
Parent types:
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_Tal_bottom

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_Tal_bottom

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_Tal_bottom

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_Tal_bottom

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_Tal_bottom

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_Tal_bottom

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_Tal_bottom

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_Tal_bottom

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_Tal_bottom

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_Tal_bottom

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_Tal_bottom

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_Tal_bottom

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_Tal_bottom

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_Tal_bottom

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_Tal_bottom

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_Tal_bottom

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_Tal_bottom

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Sulcal Imprint Full Hull Junction
Parent types:
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/LImprint_<subject>_full_hull_junction

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/RImprint_<subject>_full_hull_junction

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/LImprint_<subject>_full_hull_junction

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/RImprint_<subject>_full_hull_junction

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/LImprint_<subject>_full_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RImprint_<subject>_full_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/LImprint_<subject>_full_hull_junction

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/LImprint_<subject>_full_hull_junction

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/RImprint_<subject>_full_hull_junction

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/LImprint_<subject>_full_hull_junction

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/LImprint_<subject>_full_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/LImprint_<subject>_full_hull_junction

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/LImprint_<subject>_full_hull_junction

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/LImprint_<subject>_full_hull_junction

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/RImprint_<subject>_full_hull_junction

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/RImprint_<subject>_full_hull_junction

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/RImprint_<subject>_full_hull_junction

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/RImprint_<subject>_full_hull_junction

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/RImprint_<subject>_full_hull_junction

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RImprint_<subject>_full_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/LImprint_<subject>_full_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/LImprint_<subject>_full_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RImprint_<subject>_full_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/LImprint_<subject>_full_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/LImprint_<subject>_full_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/LImprint_<subject>_full_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RImprint_<subject>_full_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/LImprint_<subject>_full_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RImprint_<subject>_full_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RImprint_<subject>_full_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RImprint_<subject>_full_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RImprint_<subject>_full_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
deformed = ''

Sulcal Imprint Full Hull Junction DARTEL
Parent types:
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/wLImprint_<subject>_full_hull_junction_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/wRImprint_<subject>_full_hull_junction_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/wLImprint_<subject>_full_hull_junction_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/wRImprint_<subject>_full_hull_junction_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wLImprint_<subject>_full_hull_junction_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wRImprint_<subject>_full_hull_junction_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/wLImprint_<subject>_full_hull_junction_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/wLImprint_<subject>_full_hull_junction_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/wRImprint_<subject>_full_hull_junction_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/wLImprint_<subject>_full_hull_junction_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wLImprint_<subject>_full_hull_junction_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/wLImprint_<subject>_full_hull_junction_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/wLImprint_<subject>_full_hull_junction_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/wLImprint_<subject>_full_hull_junction_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/wRImprint_<subject>_full_hull_junction_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/wRImprint_<subject>_full_hull_junction_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/wRImprint_<subject>_full_hull_junction_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/wRImprint_<subject>_full_hull_junction_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/wRImprint_<subject>_full_hull_junction_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wRImprint_<subject>_full_hull_junction_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wLImprint_<subject>_full_hull_junction_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wLImprint_<subject>_full_hull_junction_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wRImprint_<subject>_full_hull_junction_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wLImprint_<subject>_full_hull_junction_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wLImprint_<subject>_full_hull_junction_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wLImprint_<subject>_full_hull_junction_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wRImprint_<subject>_full_hull_junction_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wLImprint_<subject>_full_hull_junction_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wRImprint_<subject>_full_hull_junction_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wRImprint_<subject>_full_hull_junction_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wRImprint_<subject>_full_hull_junction_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wRImprint_<subject>_full_hull_junction_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Sulcal Imprint Full Hull Junction DARTEL MNI
Parent types:
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniLImprint_<subject>_full_hull_junction_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniRImprint_<subject>_full_hull_junction_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniLImprint_<subject>_full_hull_junction_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniRImprint_<subject>_full_hull_junction_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmniLImprint_<subject>_full_hull_junction_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmniRImprint_<subject>_full_hull_junction_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniLImprint_<subject>_full_hull_junction_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniLImprint_<subject>_full_hull_junction_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniRImprint_<subject>_full_hull_junction_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniLImprint_<subject>_full_hull_junction_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmniLImprint_<subject>_full_hull_junction_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniLImprint_<subject>_full_hull_junction_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniLImprint_<subject>_full_hull_junction_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniLImprint_<subject>_full_hull_junction_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniRImprint_<subject>_full_hull_junction_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniRImprint_<subject>_full_hull_junction_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniRImprint_<subject>_full_hull_junction_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniRImprint_<subject>_full_hull_junction_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmniRImprint_<subject>_full_hull_junction_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmniRImprint_<subject>_full_hull_junction_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmniLImprint_<subject>_full_hull_junction_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmniLImprint_<subject>_full_hull_junction_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmniRImprint_<subject>_full_hull_junction_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmniLImprint_<subject>_full_hull_junction_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmniLImprint_<subject>_full_hull_junction_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmniLImprint_<subject>_full_hull_junction_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmniRImprint_<subject>_full_hull_junction_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmniLImprint_<subject>_full_hull_junction_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmniRImprint_<subject>_full_hull_junction_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmniRImprint_<subject>_full_hull_junction_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmniRImprint_<subject>_full_hull_junction_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmniRImprint_<subject>_full_hull_junction_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Sulcal Imprint Full Hull Junction DARTEL Talairach
Parent types:
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_<Template>_Tal_hull_junction

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_<Template>_Tal_hull_junction

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_<Template>_Tal_hull_junction

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_<Template>_Tal_hull_junction

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_<Template>_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_<Template>_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_<Template>_Tal_hull_junction

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_<Template>_Tal_hull_junction

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_<Template>_Tal_hull_junction

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_<Template>_Tal_hull_junction

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_<Template>_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_<Template>_Tal_hull_junction

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_<Template>_Tal_hull_junction

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_<Template>_Tal_hull_junction

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_<Template>_Tal_hull_junction

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_<Template>_Tal_hull_junction

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_<Template>_Tal_hull_junction

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_<Template>_Tal_hull_junction

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_<Template>_Tal_hull_junction

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_<Template>_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_<Template>_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_<Template>_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_<Template>_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_<Template>_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_<Template>_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_<Template>_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_<Template>_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_<Template>_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_<Template>_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_<Template>_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_<Template>_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_<Template>_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Sulcal Imprint Full Hull Junction DISCO
Parent types:
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Sulcal Imprint Full Hull Junction DISCO DARTEL Talairach
Parent types:
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>_Tal_hull_junction

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_DISCO_<Template>_Tal_hull_junction

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>_Tal_hull_junction

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_DISCO_<Template>_Tal_hull_junction

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_DISCO_<Template>_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>_Tal_hull_junction

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>_Tal_hull_junction

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_DISCO_<Template>_Tal_hull_junction

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>_Tal_hull_junction

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>_Tal_hull_junction

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>_Tal_hull_junction

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>_Tal_hull_junction

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_DISCO_<Template>_Tal_hull_junction

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_DISCO_<Template>_Tal_hull_junction

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_DISCO_<Template>_Tal_hull_junction

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_DISCO_<Template>_Tal_hull_junction

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_DISCO_<Template>_Tal_hull_junction

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_DISCO_<Template>_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_DISCO_<Template>_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_DISCO_<Template>_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_LGraph_DISCO_<Template>_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_DISCO_<Template>_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_DISCO_<Template>_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_DISCO_<Template>_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/w<subject>_<acquisition>_<analysis>_RGraph_DISCO_<Template>_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Sulcal Imprint Full Hull Junction DISCO Talairach
Parent types:
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
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side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
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analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_deformed_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_deformed_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Sulcal Imprint Full Hull Junction Talairach
Parent types:
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_Tal_hull_junction

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_Tal_hull_junction

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_Tal_hull_junction

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_Tal_hull_junction

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_Tal_hull_junction

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_Tal_hull_junction

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_Tal_hull_junction

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_Tal_hull_junction

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_Tal_hull_junction

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_Tal_hull_junction

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_LGraph_Tal_hull_junction

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_Tal_hull_junction

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_Tal_hull_junction

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_Tal_hull_junction

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_Tal_hull_junction

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/<subject>_<acquisition>_<analysis>_RGraph_Tal_hull_junction

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_LGraph_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/<subject>_<acquisition>_<analysis>_RGraph_Tal_hull_junction

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

Sulcal Imprint Full Mesh
Parent types:
Sulcal Imprint Mesh
Mesh
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/LImprint_<subject>_full

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/RImprint_<subject>_full

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/LImprint_<subject>_full

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/RImprint_<subject>_full

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/LImprint_<subject>_full

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RImprint_<subject>_full

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/LImprint_<subject>_full

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/LImprint_<subject>_full

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/RImprint_<subject>_full

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/LImprint_<subject>_full

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/LImprint_<subject>_full

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/LImprint_<subject>_full

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/LImprint_<subject>_full

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/LImprint_<subject>_full

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/RImprint_<subject>_full

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/RImprint_<subject>_full

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/RImprint_<subject>_full

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/RImprint_<subject>_full

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/RImprint_<subject>_full

Formats: ['GIFTI file', 'MESH mesh', 'TRI mesh', 'Z compressed MESH mesh', 'gz compressed MESH mesh', 'Z compressed TRI mesh', 'gz compressed TRI mesh', 'PLY mesh', 'Z compressed PLY mesh', 'gz compressed PLY mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'MNI OBJ mesh', 'Z compressed MNI OBJ mesh', 'gz compressed MNI OBJ mesh', 'Z compressed GIFTI file', 'gz compressed GIFTI file']
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RImprint_<subject>_full

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/LImprint_<subject>_full

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/LImprint_<subject>_full

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RImprint_<subject>_full

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/LImprint_<subject>_full

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/LImprint_<subject>_full

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/LImprint_<subject>_full

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RImprint_<subject>_full

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/LImprint_<subject>_full

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RImprint_<subject>_full

Formats: 'BrainVISA mesh formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RImprint_<subject>_full

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RImprint_<subject>_full

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RImprint_<subject>_full

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
deformed = ''

Sulcal Imprint Full Texture
Parent types:
Sulcal Imprint Texture
Texture
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'side', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled'] []

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/LImprint_<subject>_full

Formats: ['GIFTI file', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'Texture', 'Z compressed Texture', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'gz compressed Texture']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/RImprint_<subject>_full

Formats: ['GIFTI file', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'Texture', 'Z compressed Texture', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'gz compressed Texture']
Rule selection key: ('', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/LImprint_<subject>_full

Formats: ['GIFTI file', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'Texture', 'Z compressed Texture', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'gz compressed Texture']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/RImprint_<subject>_full

Formats: ['GIFTI file', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'Texture', 'Z compressed Texture', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'gz compressed Texture']
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/LImprint_<subject>_full

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RImprint_<subject>_full

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/LImprint_<subject>_full

Formats: ['GIFTI file', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'Texture', 'Z compressed Texture', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'gz compressed Texture']
Rule selection key: ('left', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/LImprint_<subject>_full

Formats: ['GIFTI file', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'Texture', 'Z compressed Texture', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'gz compressed Texture']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/RImprint_<subject>_full

Formats: ['GIFTI file', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'Texture', 'Z compressed Texture', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'gz compressed Texture']
Rule selection key: ('', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/LImprint_<subject>_full

Formats: ['GIFTI file', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'Texture', 'Z compressed Texture', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'gz compressed Texture']
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/LImprint_<subject>_full

Formats: 'BrainVISA texture formats'
Rule selection key: ('left', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/LImprint_<subject>_full

Formats: ['GIFTI file', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'Texture', 'Z compressed Texture', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'gz compressed Texture']
Rule selection key: ('left', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/LImprint_<subject>_full

Formats: ['GIFTI file', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'Texture', 'Z compressed Texture', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'gz compressed Texture']
Rule selection key: ('left', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/LImprint_<subject>_full

Formats: ['GIFTI file', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'Texture', 'Z compressed Texture', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'gz compressed Texture']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/RImprint_<subject>_full

Formats: ['GIFTI file', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'Texture', 'Z compressed Texture', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'gz compressed Texture']
Rule selection key: ('', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/RImprint_<subject>_full

Formats: ['GIFTI file', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'Texture', 'Z compressed Texture', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'gz compressed Texture']
Rule selection key: ('right', 'No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/RImprint_<subject>_full

Formats: ['GIFTI file', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'Texture', 'Z compressed Texture', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'gz compressed Texture']
Rule selection key: ('right', 'No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/RImprint_<subject>_full

Formats: ['GIFTI file', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'Texture', 'Z compressed Texture', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'gz compressed Texture']
Rule selection key: ('right', '', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/RImprint_<subject>_full

Formats: ['GIFTI file', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'Texture', 'Z compressed Texture', 'Z compressed GIFTI file', 'gz compressed GIFTI file', 'gz compressed Texture']
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RImprint_<subject>_full

Formats: 'BrainVISA texture formats'
Rule selection key: ('right', '', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/LImprint_<subject>_full

Formats: 'BrainVISA texture formats'
Rule selection key: ('left', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/LImprint_<subject>_full

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RImprint_<subject>_full

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/LImprint_<subject>_full

Formats: 'BrainVISA texture formats'
Rule selection key: ('left', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/LImprint_<subject>_full

Formats: 'BrainVISA texture formats'
Rule selection key: ('left', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/LImprint_<subject>_full

Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RImprint_<subject>_full

Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/LImprint_<subject>_full

Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RImprint_<subject>_full

Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RImprint_<subject>_full

Formats: 'BrainVISA texture formats'
Rule selection key: ('right', '', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RImprint_<subject>_full

Formats: 'BrainVISA texture formats'
Rule selection key: ('right', 'Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
deformed = ''

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/RImprint_<subject>_full

Formats: 'BrainVISA texture formats'
Rule selection key: ('right', 'Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'
deformed = ''

Sulcal Openings Table
Parent types:
Numerical Table
CSV file
Text file
Any Type

Key: ['acquisition']
tables/{acquisition}/sulcalopenings_morphologist

Formats: ['CSV file']
Rule selection key: () ()
Priority offset: 0
processing = 'morphologist'

Sulcal morphometry measurements
Parent types:
CSV file
Text file
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'manually_labelled', 'automatically_labelled']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'
graph_version = '3.1'
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/<subject>_<sulci_recognition_session>_auto_sulcal_morphometry

Formats: ['CSV file']
Rule selection key: ('No', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/<subject>_<sulci_recognition_session>_auto_sulcal_morphometry

Formats: ['CSV file']
Rule selection key: ('', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_<sulci_recognition_session>_manual_sulcal_morphometry

Formats: ['CSV file']
Rule selection key: ('', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/<subject>_<sulci_recognition_session>_auto_sulcal_morphometry

Formats: ['CSV file']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/<subject>_<sulci_recognition_session>_auto_sulcal_morphometry

Formats: ['CSV file']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'both'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_<sulci_recognition_session>_manual_sulcal_morphometry

Formats: ['CSV file']
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_<sulci_recognition_session>_manual_sulcal_morphometry

Formats: ['CSV file']
Rule selection key: ('Yes', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_<sulci_recognition_session>_manual_sulcal_morphometry

Formats: ['CSV file']
Rule selection key: ('', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'both'

Sulci Global to Local SPAM transformation
Parent types:
Transformation matrix
Transformation
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'filename_variable', 'sulcus', 'side']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'
graph_version = '3.1'
sulci_recognition_session = 'default_session'

Rules selection key: ['side'] []

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/L<subject>_<sulci_recognition_session>_auto_global_TO_local/*_{sulcus}

Formats: ['Transformation matrix']
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/R<subject>_<sulci_recognition_session>_auto_global_TO_local/*_{sulcus}

Formats: ['Transformation matrix']
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/L<subject>_<sulci_recognition_session>_auto_global_TO_local/*_{sulcus}

Formats: ['Transformation matrix']
Rule selection key: ('left',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/R<subject>_<sulci_recognition_session>_auto_global_TO_local/*_{sulcus}

Formats: ['Transformation matrix']
Rule selection key: ('right',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

Sulci Label Translation DISCO
Parent types:
Text file
Any Type

Key: ['Study']
analyzes/DISCO_analyzes/DISCO_{Study}/sulci_label_translation_<Study>

Formats: None
Rule selection key: () ()
Priority offset: 0

Sulci Label Translation siGraph DISCO
Parent types:
Text file
Any Type

Key: ['Study']
analyzes/DISCO_analyzes/DISCO_{Study}/sulci_label_translation_siGraph_<Study>

Formats: None
Rule selection key: () ()
Priority offset: 0

Sulci Labels Segmentwise Posterior Probabilities
Parent types:
CSV file
Text file
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'side']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'
graph_version = '3.1'
sulci_recognition_session = 'default_session'

Rules selection key: ['side'] []

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/L<subject>_<sulci_recognition_session>_auto_proba

Formats: ['CSV file']
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/R<subject>_<sulci_recognition_session>_auto_proba

Formats: ['CSV file']
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/L<subject>_<sulci_recognition_session>_auto_proba

Formats: ['CSV file']
Rule selection key: ('left',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/R<subject>_<sulci_recognition_session>_auto_proba

Formats: ['CSV file']
Rule selection key: ('right',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

Sulci Local SPAM transformations Directory
Parent types:
Directory
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'side']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'
graph_version = '3.1'
sulci_recognition_session = 'default_session'

Rules selection key: ['side'] []

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/L<subject>_<sulci_recognition_session>_auto_global_TO_local

Formats: ['Directory']
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/R<subject>_<sulci_recognition_session>_auto_global_TO_local

Formats: ['Directory']
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/L<subject>_<sulci_recognition_session>_auto_global_TO_local

Formats: ['Directory']
Rule selection key: ('left',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/R<subject>_<sulci_recognition_session>_auto_global_TO_local

Formats: ['Directory']
Rule selection key: ('right',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

Sulci Talairach to Global SPAM transformation
Parent types:
Transformation matrix
Transformation
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'side']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'
graph_version = '3.1'
sulci_recognition_session = 'default_session'

Rules selection key: ['side'] []

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/L<subject>_<sulci_recognition_session>_auto_Tal_TO_SPAM

Formats: ['Transformation matrix']
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/R<subject>_<sulci_recognition_session>_auto_Tal_TO_SPAM

Formats: ['Transformation matrix']
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/L<subject>_<sulci_recognition_session>_auto_Tal_TO_SPAM

Formats: ['Transformation matrix']
Rule selection key: ('left',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/R<subject>_<sulci_recognition_session>_auto_Tal_TO_SPAM

Formats: ['Transformation matrix']
Rule selection key: ('right',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

Sulci To Be Studied DISCO
Parent types:
Text file
Any Type

Key: ['Study']
analyzes/DISCO_analyzes/DISCO_{Study}/sulci_to_be_studied_<Study>

Formats: None
Rule selection key: () ()
Priority offset: 0

Sulci To White Texture Translation
Parent types:
Text file
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'side', 'manually_labelled', 'automatically_labelled', 'best']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'
graph_version = '3.1'
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled', 'best'] []

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_left_sulci_to_texture_<sulci_recognition_session>_best

Formats: None
Rule selection key: ('', 'No', 'Yes', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_right_sulci_to_texture_<sulci_recognition_session>_best

Formats: None
Rule selection key: ('', 'No', 'Yes', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/<subject>_left_sulci_to_texture_<sulci_recognition_session>_auto

Formats: None
Rule selection key: ('', 'No', 'Yes', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/<subject>_right_sulci_to_texture_<sulci_recognition_session>_auto

Formats: None
Rule selection key: ('', 'No', 'Yes', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_left_sulci_to_texture_<sulci_recognition_session>_best

Formats: None
Rule selection key: ('', '', '', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_right_sulci_to_texture_<sulci_recognition_session>_best

Formats: None
Rule selection key: ('', '', '', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/<subject>_left_sulci_to_texture_<sulci_recognition_session>_auto

Formats: None
Rule selection key: ('', '', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/<subject>_right_sulci_to_texture_<sulci_recognition_session>_auto

Formats: None
Rule selection key: ('', '', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_left_sulci_to_texture_<sulci_recognition_session>_manual

Formats: None
Rule selection key: ('', '', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_right_sulci_to_texture_<sulci_recognition_session>_manual

Formats: None
Rule selection key: ('', '', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/<subject>_left_sulci_to_texture_<sulci_recognition_session>_auto

Formats: None
Rule selection key: ('', 'No', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/<subject>_right_sulci_to_texture_<sulci_recognition_session>_auto

Formats: None
Rule selection key: ('', 'No', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/<subject>_left_sulci_to_texture_<sulci_recognition_session>_auto

Formats: None
Rule selection key: ('left', 'No', 'Yes', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_left_sulci_to_texture_<sulci_recognition_session>_best

Formats: None
Rule selection key: ('', 'No', '', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_right_sulci_to_texture_<sulci_recognition_session>_best

Formats: None
Rule selection key: ('', 'No', '', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/<subject>_left_sulci_to_texture_<sulci_recognition_session>_auto

Formats: None
Rule selection key: ('', 'No', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/<subject>_right_sulci_to_texture_<sulci_recognition_session>_auto

Formats: None
Rule selection key: ('', 'No', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/<subject>_left_sulci_to_texture_<sulci_recognition_session>_auto

Formats: None
Rule selection key: ('', 'No', 'Yes', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/<subject>_right_sulci_to_texture_<sulci_recognition_session>_auto

Formats: None
Rule selection key: ('', 'No', 'Yes', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_left_sulci_to_texture_<sulci_recognition_session>_best

Formats: None
Rule selection key: ('', '', 'Yes', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_right_sulci_to_texture_<sulci_recognition_session>_best

Formats: None
Rule selection key: ('', '', 'Yes', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/<subject>_left_sulci_to_texture_<sulci_recognition_session>_auto

Formats: None
Rule selection key: ('', '', 'Yes', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/<subject>_right_sulci_to_texture_<sulci_recognition_session>_auto

Formats: None
Rule selection key: ('', '', 'Yes', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

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time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_left_sulci_to_texture_<sulci_recognition_session>_manual

Formats: None
Rule selection key: ('left', 'Yes', 'No', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_left_sulci_to_texture_<sulci_recognition_session>_manual

Formats: None
Rule selection key: ('', 'Yes', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_right_sulci_to_texture_<sulci_recognition_session>_manual

Formats: None
Rule selection key: ('', 'Yes', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_right_sulci_to_texture_<sulci_recognition_session>_manual

Formats: None
Rule selection key: ('right', 'Yes', 'No', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_right_sulci_to_texture_<sulci_recognition_session>_manual

Formats: None
Rule selection key: ('right', '', 'No', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_right_sulci_to_texture_<sulci_recognition_session>_manual

Formats: None
Rule selection key: ('right', 'Yes', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_right_sulci_to_texture_<sulci_recognition_session>_manual

Formats: None
Rule selection key: ('right', 'Yes', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_right_sulci_to_texture_<sulci_recognition_session>_manual

Formats: None
Rule selection key: ('right', 'Yes', 'No', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/<subject>_right_sulci_to_texture_<sulci_recognition_session>_manual

Formats: None
Rule selection key: ('right', '', 'No', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_left_sulci_to_texture_<sulci_recognition_session>_best

Formats: None
Rule selection key: ('left', 'No', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_left_sulci_to_texture_<sulci_recognition_session>_best

Formats: None
Rule selection key: ('', 'No', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_right_sulci_to_texture_<sulci_recognition_session>_best

Formats: None
Rule selection key: ('', 'No', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_left_sulci_to_texture_<sulci_recognition_session>_best

Formats: None
Rule selection key: ('left', '', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_left_sulci_to_texture_<sulci_recognition_session>_best

Formats: None
Rule selection key: ('', '', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_right_sulci_to_texture_<sulci_recognition_session>_best

Formats: None
Rule selection key: ('', '', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_left_sulci_to_texture_<sulci_recognition_session>_best

Formats: None
Rule selection key: ('', '', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_right_sulci_to_texture_<sulci_recognition_session>_best

Formats: None
Rule selection key: ('', '', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_left_sulci_to_texture_<sulci_recognition_session>_best

Formats: None
Rule selection key: ('left', 'No', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_left_sulci_to_texture_<sulci_recognition_session>_best

Formats: None
Rule selection key: ('left', '', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_left_sulci_to_texture_<sulci_recognition_session>_best

Formats: None
Rule selection key: ('', 'No', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_right_sulci_to_texture_<sulci_recognition_session>_best

Formats: None
Rule selection key: ('', 'No', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_right_sulci_to_texture_<sulci_recognition_session>_best

Formats: None
Rule selection key: ('right', 'No', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_right_sulci_to_texture_<sulci_recognition_session>_best

Formats: None
Rule selection key: ('right', 'No', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_right_sulci_to_texture_<sulci_recognition_session>_best

Formats: None
Rule selection key: ('right', '', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/<subject>_right_sulci_to_texture_<sulci_recognition_session>_best

Formats: None
Rule selection key: ('right', '', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

Sulci Volume
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'side', 'manually_labelled', 'automatically_labelled', 'best']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'
graph_version = '3.1'
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled', 'best'] []

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LSulci_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RSulci_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LSulci_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RSulci_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LSulci_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RSulci_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LSulci_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RSulci_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LSulci_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RSulci_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LSulci_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RSulci_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LSulci_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', 'Yes', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LSulci_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RSulci_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LSulci_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RSulci_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LSulci_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RSulci_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LSulci_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RSulci_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LSulci_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RSulci_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LSulci_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LSulci_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LSulci_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LSulci_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LSulci_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LSulci_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'Yes', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LSulci_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'Yes', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LSulci_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RSulci_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LSulci_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', '', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LSulci_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LSulci_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'Yes', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LSulci_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RSulci_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LSulci_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RSulci_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LSulci_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LSulci_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', 'Yes', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/LSulci_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', 'Yes', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RSulci_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'Yes', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RSulci_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RSulci_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RSulci_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'Yes', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RSulci_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'Yes', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RSulci_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', 'Yes', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RSulci_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', 'Yes', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RSulci_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', 'Yes', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RSulci_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', '', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RSulci_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RSulci_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RSulci_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RSulci_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/RSulci_<subject>_<sulci_recognition_session>_auto

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LSulci_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LSulci_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RSulci_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LSulci_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', 'No', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LSulci_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'No', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LSulci_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RSulci_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LSulci_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RSulci_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'No', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LSulci_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'No', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LSulci_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RSulci_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LSulci_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RSulci_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', 'No', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LSulci_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LSulci_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'Yes', 'No', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/LSulci_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RSulci_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RSulci_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', 'No', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RSulci_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'No', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RSulci_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', '', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RSulci_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', '', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RSulci_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'Yes', 'No', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/RSulci_<subject>_<sulci_recognition_session>_manual

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'No', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LSulci_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LSulci_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RSulci_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LSulci_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LSulci_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RSulci_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LSulci_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RSulci_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LSulci_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'No', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LSulci_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/LSulci_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RSulci_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RSulci_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RSulci_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'No', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RSulci_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', 'Yes', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/RSulci_<subject>_<sulci_recognition_session>_best

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '', '', 'Yes') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

Sulci Voronoi
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'contrast', 'mapped', 'center', 'subject', 'acquisition', 'analysis', 'graph_version', 'side', 'modality']

Non mandatory key attributes: ('acquisition_date', 'mapped', 'time_duration', 'time_point', 'acquisition', 'contrast', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'
graph_version = '3.1'

Rules selection key: ['side', 'modality'] []

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/Lsulcivoronoi_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/Rsulcivoronoi_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'right'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/folds/{graph_version}/left/sulcivoronoi_<side>_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'left'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/folds/{graph_version}/right/sulcivoronoi_<side>_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/Lsulcivoronoi_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 't1mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/Rsulcivoronoi_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 't1mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/Lsulcivoronoi_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/folds/{graph_version}/left/sulcivoronoi_<side>_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/Lsulcivoronoi_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 't1mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/Rsulcivoronoi_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'right'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/folds/{graph_version}/right/sulcivoronoi_<side>_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/Rsulcivoronoi_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 't1mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'right'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/folds/{graph_version}/left/sulcivoronoi_<side>_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left', 'anatomical_mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'left'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/folds/{graph_version}/left/sulcivoronoi_<side>_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'anatomical_mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'left'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/folds/{graph_version}/right/sulcivoronoi_<side>_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'anatomical_mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'right'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/folds/{graph_version}/right/sulcivoronoi_<side>_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right', 'anatomical_mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'right'

Sulci White Texture
Parent types:
Label Texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'side', 'manually_labelled', 'automatically_labelled', 'best']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'
graph_version = '3.1'
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'manually_labelled', 'automatically_labelled', 'best'] ['sulci_recognition_session']

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Lwhite_sulci_<sulci_recognition_session>_best

Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'No', 'Yes', '') (False,)
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Rwhite_sulci_<sulci_recognition_session>_best

Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'No', 'Yes', '') (False,)
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Lwhite_sulci_<sulci_recognition_session>_auto

Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'No', 'Yes', '') (False,)
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Rwhite_sulci_<sulci_recognition_session>_auto

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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Lwhite_sulci_<sulci_recognition_session>_auto

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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Rwhite_sulci_<sulci_recognition_session>_auto

Formats: 'BrainVISA texture formats'
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Lwhite_sulci_<sulci_recognition_session>_best

Formats: 'BrainVISA texture formats'
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Rwhite_sulci_<sulci_recognition_session>_best

Formats: 'BrainVISA texture formats'
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Lwhite_sulci_<sulci_recognition_session>_auto

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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Rwhite_sulci_<sulci_recognition_session>_auto

Formats: 'BrainVISA texture formats'
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Lwhite_sulci_<sulci_recognition_session>_auto

Formats: 'BrainVISA texture formats'
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Lwhite_sulci_<sulci_recognition_session>_manual

Formats: 'BrainVISA texture formats'
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Lwhite_sulci_<sulci_recognition_session>_best

Formats: 'BrainVISA texture formats'
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Rwhite_sulci_<sulci_recognition_session>_best

Formats: 'BrainVISA texture formats'
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Lwhite_sulci_<sulci_recognition_session>_auto

Formats: 'BrainVISA texture formats'
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Rwhite_sulci_<sulci_recognition_session>_auto

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '', '', '') (False,)
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Lwhite_sulci_<sulci_recognition_session>_manual

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '', '', '') (False,)
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Rwhite_sulci_<sulci_recognition_session>_manual

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '', '', '') (False,)
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Lwhite_sulci_<sulci_recognition_session>_best

Formats: 'BrainVISA texture formats'
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Rwhite_sulci_<sulci_recognition_session>_best

Formats: 'BrainVISA texture formats'
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Lwhite_sulci_<sulci_recognition_session>_auto

Formats: 'BrainVISA texture formats'
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Rwhite_sulci_<sulci_recognition_session>_auto

Formats: 'BrainVISA texture formats'
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Lwhite_sulci_<sulci_recognition_session>_auto

Formats: 'BrainVISA texture formats'
Rule selection key: ('left', 'No', 'Yes', 'No') (False,)
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Lwhite_sulci_<sulci_recognition_session>_best

Formats: 'BrainVISA texture formats'
Rule selection key: ('left', 'No', '', '') (False,)
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Lwhite_sulci_<sulci_recognition_session>_auto

Formats: 'BrainVISA texture formats'
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Lwhite_sulci_<sulci_recognition_session>_auto

Formats: 'BrainVISA texture formats'
Rule selection key: ('left', '', 'Yes', 'No') (False,)
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Lwhite_sulci_<sulci_recognition_session>_auto

Formats: 'BrainVISA texture formats'
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Rwhite_sulci_<sulci_recognition_session>_auto

Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'No', '', 'No') (False,)
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Lwhite_sulci_<sulci_recognition_session>_best

Formats: 'BrainVISA texture formats'
Rule selection key: ('left', '', 'Yes', '') (False,)
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Lwhite_sulci_<sulci_recognition_session>_auto

Formats: 'BrainVISA texture formats'
Rule selection key: ('left', '', 'Yes', '') (False,)
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Lwhite_sulci_<sulci_recognition_session>_auto

Formats: 'BrainVISA texture formats'
Rule selection key: ('left', 'No', '', 'No') (False,)
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Lwhite_sulci_<sulci_recognition_session>_auto

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '', 'Yes', 'No') (False,)
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Rwhite_sulci_<sulci_recognition_session>_auto

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '', 'Yes', 'No') (False,)
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Lwhite_sulci_<sulci_recognition_session>_best

Formats: 'BrainVISA texture formats'
Rule selection key: ('left', 'No', 'Yes', '') (False,)
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Lwhite_sulci_<sulci_recognition_session>_auto

Formats: 'BrainVISA texture formats'
Rule selection key: ('left', 'No', 'Yes', '') (False,)
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Lwhite_sulci_<sulci_recognition_session>_auto

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '', '', 'No') (False,)
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Rwhite_sulci_<sulci_recognition_session>_auto

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '', '', 'No') (False,)
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Lwhite_sulci_<sulci_recognition_session>_manual

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '', '', 'No') (False,)
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Rwhite_sulci_<sulci_recognition_session>_manual

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '', '', 'No') (False,)
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Lwhite_sulci_<sulci_recognition_session>_best

Formats: 'BrainVISA texture formats'
Rule selection key: ('left', '', '', '') (False,)
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Lwhite_sulci_<sulci_recognition_session>_auto

Formats: 'BrainVISA texture formats'
Rule selection key: ('left', '', '', '') (False,)
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_manual/segmentation/<subject>_Lwhite_sulci_<sulci_recognition_session>_manual

Formats: 'BrainVISA texture formats'
Rule selection key: ('left', '', '', '') (False,)
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Rwhite_sulci_<sulci_recognition_session>_auto

Formats: 'BrainVISA texture formats'
Rule selection key: ('right', '', 'Yes', 'No') (False,)
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Rwhite_sulci_<sulci_recognition_session>_auto

Formats: 'BrainVISA texture formats'
Rule selection key: ('right', 'No', 'Yes', 'No') (False,)
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Rwhite_sulci_<sulci_recognition_session>_auto

Formats: 'BrainVISA texture formats'
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Formats: 'BrainVISA texture formats'
Rule selection key: ('right', '', '', 'No') (False,)
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Rwhite_sulci_<sulci_recognition_session>_best

Formats: 'BrainVISA texture formats'
Rule selection key: ('right', '', 'Yes', '') (False,)
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/segmentation/<subject>_Rwhite_sulci_<sulci_recognition_session>_auto

Formats: 'BrainVISA texture formats'
Rule selection key: ('right', '', 'Yes', '') (False,)
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labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Rwhite_sulci_<sulci_recognition_session>_best

Formats: 'BrainVISA texture formats'
Rule selection key: ('right', 'No', 'Yes', 'Yes') (False,)
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Rwhite_sulci_<sulci_recognition_session>_best

Formats: 'BrainVISA texture formats'
Rule selection key: ('right', '', 'Yes', 'Yes') (False,)
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/segmentation/<subject>_Rwhite_sulci_<sulci_recognition_session>_best

Formats: 'BrainVISA texture formats'
Rule selection key: ('right', '', '', 'Yes') (False,)
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/<subject>_Lwhite_sulci

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '', '', '') (True,)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
sulci_recognition_session = ''
modality = 't1mri'
side = 'left'
labelled = 'No'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/<subject>_Rwhite_sulci

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '', '', '') (True,)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
sulci_recognition_session = ''
modality = 't1mri'
side = 'right'
labelled = 'No'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/<subject>_Lwhite_sulci

Formats: 'BrainVISA texture formats'
Rule selection key: ('left', '', '', '') (True,)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
sulci_recognition_session = ''
modality = 't1mri'
side = 'left'
labelled = 'No'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/<subject>_Rwhite_sulci

Formats: 'BrainVISA texture formats'
Rule selection key: ('right', '', '', '') (True,)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
sulci_recognition_session = ''
modality = 't1mri'
side = 'right'
labelled = 'No'

Sulcus coordinate grid mesh
Parent types:
Mesh
Any Type

Key: ['center', 'subject', 'sulcus_name', 'side']
Default attributes values:
center = 'subjects'

Rules selection key: ['side'] []

{center}/{subject}/sulci/<subject>_L_{sulcus_name}-grid.mesh

Formats: 'BrainVISA mesh formats'
Rule selection key: ('',) ()
Priority offset: 0
side = 'left'

{center}/{subject}/sulci/<subject>_R_{sulcus_name}-grid.mesh

Formats: 'BrainVISA mesh formats'
Rule selection key: ('',) ()
Priority offset: 0
side = 'right'

{center}/{subject}/sulci/<subject>_L_{sulcus_name}-grid.mesh

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left',) ()
Priority offset: 0
side = 'left'

{center}/{subject}/sulci/<subject>_R_{sulcus_name}-grid.mesh

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right',) ()
Priority offset: 0
side = 'right'

Sulcus depth profile
Parent types:
Text file
Any Type

Key: ['center', 'subject', 'sulcus_name', 'side']
Default attributes values:
center = 'subjects'

Rules selection key: ['side'] []

{center}/{subject}/sulci/<subject>_L_{sulcus_name}-depth

Formats: None
Rule selection key: ('',) ()
Priority offset: 0
side = 'left'

{center}/{subject}/sulci/<subject>_R_{sulcus_name}-depth

Formats: None
Rule selection key: ('',) ()
Priority offset: 0
side = 'right'

{center}/{subject}/sulci/<subject>_L_{sulcus_name}-depth

Formats: None
Rule selection key: ('left',) ()
Priority offset: 0
side = 'left'

{center}/{subject}/sulci/<subject>_R_{sulcus_name}-depth

Formats: None
Rule selection key: ('right',) ()
Priority offset: 0
side = 'right'

Sulcus mesh
Parent types:
Mesh
Any Type

Key: ['center', 'subject', 'sulcus_name', 'side']
Default attributes values:
center = 'subjects'

Rules selection key: ['side'] []

{center}/{subject}/sulci/<subject>_L_{sulcus_name}

Formats: 'BrainVISA mesh formats'
Rule selection key: ('',) ()
Priority offset: 0
side = 'left'

{center}/{subject}/sulci/<subject>_R_{sulcus_name}

Formats: 'BrainVISA mesh formats'
Rule selection key: ('',) ()
Priority offset: 0
side = 'right'

{center}/{subject}/sulci/<subject>_L_{sulcus_name}

Formats: 'BrainVISA mesh formats'
Rule selection key: ('left',) ()
Priority offset: 0
side = 'left'

{center}/{subject}/sulci/<subject>_R_{sulcus_name}

Formats: 'BrainVISA mesh formats'
Rule selection key: ('right',) ()
Priority offset: 0
side = 'right'

Sulcus x coordinate texture
Parent types:
Texture
Any Type

Key: ['center', 'subject', 'sulcus_name', 'side']
Default attributes values:
center = 'subjects'

Rules selection key: ['side'] []

{center}/{subject}/sulci/<subject>_L_{sulcus_name}-x

Formats: 'BrainVISA texture formats'
Rule selection key: ('',) ()
Priority offset: 0
side = 'left'

{center}/{subject}/sulci/<subject>_R_{sulcus_name}-x

Formats: 'BrainVISA texture formats'
Rule selection key: ('',) ()
Priority offset: 0
side = 'right'

{center}/{subject}/sulci/<subject>_L_{sulcus_name}-x

Formats: 'BrainVISA texture formats'
Rule selection key: ('left',) ()
Priority offset: 0
side = 'left'

{center}/{subject}/sulci/<subject>_R_{sulcus_name}-x

Formats: 'BrainVISA texture formats'
Rule selection key: ('right',) ()
Priority offset: 0
side = 'right'

Sulcus y coordinate texture
Parent types:
Texture
Any Type

Key: ['center', 'subject', 'sulcus_name', 'side']
Default attributes values:
center = 'subjects'

Rules selection key: ['side'] []

{center}/{subject}/sulci/<subject>_L_{sulcus_name}-y

Formats: 'BrainVISA texture formats'
Rule selection key: ('',) ()
Priority offset: 0
side = 'left'

{center}/{subject}/sulci/<subject>_R_{sulcus_name}-y

Formats: 'BrainVISA texture formats'
Rule selection key: ('',) ()
Priority offset: 0
side = 'right'

{center}/{subject}/sulci/<subject>_L_{sulcus_name}-y

Formats: 'BrainVISA texture formats'
Rule selection key: ('left',) ()
Priority offset: 0
side = 'left'

{center}/{subject}/sulci/<subject>_R_{sulcus_name}-y

Formats: 'BrainVISA texture formats'
Rule selection key: ('right',) ()
Priority offset: 0
side = 'right'

Surface-Based Beta Map
Parent types:
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis', 'contrast', 'side']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'
contrast = 'con'
volume = 'vol'

Rules selection key: ['side'] []

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/functional/<subject>_Lwhite_beta_{contrast}

Formats: 'BrainVISA texture formats'
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/functional/<subject>_Rwhite_beta_{contrast}

Formats: 'BrainVISA texture formats'
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/functional/<subject>_Lwhite_beta_{contrast}

Formats: 'BrainVISA texture formats'
Rule selection key: ('left',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/functional/<subject>_Rwhite_beta_{contrast}

Formats: 'BrainVISA texture formats'
Rule selection key: ('right',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

Surface-Based SPMt Map
Parent types:
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis', 'contrast', 'side']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'
contrast = 'con'
volume = 'vol'

Rules selection key: ['side'] []

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/functional/<subject>_Lwhite_spmT_{contrast}

Formats: 'BrainVISA texture formats'
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/functional/<subject>_Rwhite_spmT_{contrast}

Formats: 'BrainVISA texture formats'
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/functional/<subject>_Lwhite_spmT_{contrast}

Formats: 'BrainVISA texture formats'
Rule selection key: ('left',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/functional/<subject>_Rwhite_spmT_{contrast}

Formats: 'BrainVISA texture formats'
Rule selection key: ('right',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

T1 Brain Mask
Parent types:
Brain Mask
Label volume
3D Volume
4D Volume
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis', 'acquisition_sequence', 'processing']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

Rules selection key: ['processing'] ['acquisition_sequence']
{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/brain_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (True,)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
modality = 't1mri'
side = 'both'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_brain_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (False,)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
processing = 'spm12Serial'
space = 'average'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_brain_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (False,)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
processing = 'spm12Pairwise'
space = 'average'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_brain_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('spm12Serial',) (False,)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
processing = 'spm12Serial'
space = 'average'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_brain_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('spm12Pairwise',) (False,)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
processing = 'spm12Pairwise'
space = 'average'

T1 Cortical Ribbon DISCO DARTEL
Parent types:
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/wcortical_ribbon_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/wcortical_ribbon_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wcortical_ribbon_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/wcortical_ribbon_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/wcortical_ribbon_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wcortical_ribbon_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wcortical_ribbon_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wcortical_ribbon_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

T1 MRI 4D Bias Normalized DISCO DARTEL
Parent types:
4D Volume
Any Type

Key: ['Study', 'Template']
analyzes/DISCO_analyzes/DISCO_{Study}/evaluation/nobias_4D_normalized_DISCO_{Template}

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0

T1 MRI AC/PC oriented
Parent types:
T1 MRI
3D Volume
4D Volume
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

{center}/{subject}/t1mri/{acquisition}/acpc_t1mri_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'

T1 MRI Analysis Directory
Parent types:
Directory
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}

Formats: ['Directory']
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'

T1 MRI Bias Corrected
Parent types:
T1 MRI
3D Volume
4D Volume
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis', 'warping_method', 'acquisition_sequence', 'processing', 'template', 'transformation', 'space']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

Rules selection key: ['warping_method', 'processing', 'transformation', 'space'] ['acquisition_sequence', 'template']

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '') (True, True)
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
transformation = 'none'
warping_method = 'none'
space = 't1mri'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wm<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '') (True, True)
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
transformation = 'none'
warping_method = 'high-dimensional'
space = 't1mri'

{center}/{subject}/t1mri/{acquisition}/{analysis}/nobias_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '') (True, True)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
template = ''
modality = 't1mri'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm12Serial', '', 'average') (False, True)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
template = ''
processing = 'spm12Serial'
space = 'average'
transformation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', 'spm12Serial', 'none', 'average') (False, True)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
template = ''
processing = 'spm12Serial'
space = 'average'
transformation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'average') (False, True)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
template = ''
processing = 'spm12Serial'
space = 'average'
transformation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'average') (False, True)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
template = ''
processing = 'spm12Pairwise'
space = 'average'
transformation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm12Serial', 'none', 'average') (False, True)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
template = ''
processing = 'spm12Serial'
space = 'average'
transformation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', 'spm12Serial', 'none', '') (False, True)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
template = ''
processing = 'spm12Serial'
space = 'average'
transformation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'average') (False, True)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
template = ''
processing = 'spm12Serial'
space = 'average'
transformation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'average') (False, True)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
template = ''
processing = 'spm12Pairwise'
space = 'average'
transformation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '') (False, True)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
template = ''
processing = 'spm12Serial'
space = 'average'
transformation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '') (False, True)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
template = ''
processing = 'spm12Pairwise'
space = 'average'
transformation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '') (False, True)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
template = ''
processing = 'spm12Serial'
space = 'average'
transformation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '') (False, True)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
template = ''
processing = 'spm12Pairwise'
space = 'average'
transformation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'average') (False, True)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
template = ''
processing = 'spm12Serial'
space = 'average'
transformation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'average') (False, True)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
template = ''
processing = 'spm12Pairwise'
space = 'average'
transformation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', 'spm12Serial', '', 'average') (False, True)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
template = ''
processing = 'spm12Serial'
space = 'average'
transformation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '') (False, True)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
template = ''
processing = 'spm12Serial'
space = 'average'
transformation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '') (False, True)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
template = ''
processing = 'spm12Pairwise'
space = 'average'
transformation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', 'spm12Serial', '', '') (False, True)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
template = ''
processing = 'spm12Serial'
space = 'average'
transformation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'average') (False, True)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
template = ''
processing = 'spm12Serial'
space = 'average'
transformation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'average') (False, True)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
template = ''
processing = 'spm12Pairwise'
space = 'average'
transformation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm12Serial', '', '') (False, True)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
template = ''
processing = 'spm12Serial'
space = 'average'
transformation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm12Serial', 'none', '') (False, True)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
template = ''
processing = 'spm12Serial'
space = 'average'
transformation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '') (False, True)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
template = ''
processing = 'spm12Serial'
space = 'average'
transformation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '') (False, True)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
template = ''
processing = 'spm12Pairwise'
space = 'average'
transformation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm12Pairwise', '', 'average') (False, True)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
template = ''
processing = 'spm12Pairwise'
space = 'average'
transformation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', 'spm12Pairwise', 'none', '') (False, True)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
template = ''
processing = 'spm12Pairwise'
space = 'average'
transformation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', 'spm12Pairwise', '', 'average') (False, True)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
template = ''
processing = 'spm12Pairwise'
space = 'average'
transformation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', 'spm12Pairwise', 'none', 'average') (False, True)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
template = ''
processing = 'spm12Pairwise'
space = 'average'
transformation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm12Pairwise', 'none', 'average') (False, True)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
template = ''
processing = 'spm12Pairwise'
space = 'average'
transformation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm12Pairwise', '', '') (False, True)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
template = ''
processing = 'spm12Pairwise'
space = 'average'
transformation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', 'spm12Pairwise', '', '') (False, True)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
template = ''
processing = 'spm12Pairwise'
space = 'average'
transformation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm12Pairwise', 'none', '') (False, True)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
template = ''
processing = 'spm12Pairwise'
space = 'average'
transformation = 'none'
warping_method = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'cat12Segment', '', 't1mri') (True, True)
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
transformation = 'none'
warping_method = 'none'
space = 't1mri'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wm<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'cat12Segment', '', 't1mri') (True, True)
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
transformation = 'none'
warping_method = 'high-dimensional'
space = 't1mri'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'cat12Segment', '', '') (True, True)
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
transformation = 'none'
warping_method = 'none'
space = 't1mri'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wm<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'cat12Segment', '', '') (True, True)
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
transformation = 'none'
warping_method = 'high-dimensional'
space = 't1mri'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 't1mri') (True, True)
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
transformation = 'none'
warping_method = 'none'
space = 't1mri'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wm<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 't1mri') (True, True)
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
transformation = 'none'
warping_method = 'high-dimensional'
space = 't1mri'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', 'cat12Segment', '', 't1mri') (True, True)
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
transformation = 'none'
warping_method = 'none'
space = 't1mri'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', 'cat12Segment', 'none', 't1mri') (True, True)
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
transformation = 'none'
warping_method = 'none'
space = 't1mri'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 't1mri') (True, True)
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
transformation = 'none'
warping_method = 'none'
space = 't1mri'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', 'cat12Segment', '', '') (True, True)
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
transformation = 'none'
warping_method = 'none'
space = 't1mri'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', 'cat12Segment', 'none', '') (True, True)
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
transformation = 'none'
warping_method = 'none'
space = 't1mri'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'cat12Segment', 'none', 't1mri') (True, True)
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
transformation = 'none'
warping_method = 'none'
space = 't1mri'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wm<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'cat12Segment', 'none', 't1mri') (True, True)
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
transformation = 'none'
warping_method = 'high-dimensional'
space = 't1mri'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '') (True, True)
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
transformation = 'none'
warping_method = 'none'
space = 't1mri'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '') (True, True)
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
transformation = 'none'
warping_method = 'none'
space = 't1mri'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wm<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '') (True, True)
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
transformation = 'none'
warping_method = 'high-dimensional'
space = 't1mri'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 't1mri') (True, True)
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
transformation = 'none'
warping_method = 'none'
space = 't1mri'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wm<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 't1mri') (True, True)
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
transformation = 'none'
warping_method = 'high-dimensional'
space = 't1mri'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'cat12Segment', 'none', '') (True, True)
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
transformation = 'none'
warping_method = 'none'
space = 't1mri'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wm<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'cat12Segment', 'none', '') (True, True)
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
transformation = 'none'
warping_method = 'high-dimensional'
space = 't1mri'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 't1mri') (True, True)
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
transformation = 'none'
warping_method = 'none'
space = 't1mri'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '') (True, True)
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
transformation = 'none'
warping_method = 'none'
space = 't1mri'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wm<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('high-dimensional', '', 'none', '') (True, True)
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
transformation = 'none'
warping_method = 'high-dimensional'
space = 't1mri'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wm<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('high-dimensional', '', 'none', 't1mri') (True, True)
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
transformation = 'none'
warping_method = 'high-dimensional'
space = 't1mri'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wm<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('high-dimensional', '', '', 't1mri') (True, True)
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
transformation = 'none'
warping_method = 'high-dimensional'
space = 't1mri'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wm<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('high-dimensional', '', '', '') (True, True)
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
transformation = 'none'
warping_method = 'high-dimensional'
space = 't1mri'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wm<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('high-dimensional', 'cat12Segment', '', '') (True, True)
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
transformation = 'none'
warping_method = 'high-dimensional'
space = 't1mri'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wm<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('high-dimensional', 'cat12Segment', 'none', 't1mri') (True, True)
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
transformation = 'none'
warping_method = 'high-dimensional'
space = 't1mri'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wm<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('high-dimensional', 'cat12Segment', '', 't1mri') (True, True)
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
transformation = 'none'
warping_method = 'high-dimensional'
space = 't1mri'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wm<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('high-dimensional', 'cat12Segment', 'none', '') (True, True)
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
transformation = 'none'
warping_method = 'high-dimensional'
space = 't1mri'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', 'spm12Segment', 'none', 't1mri') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm12Segment'
transformation = 'none'
warping_method = 'none'
space = 't1mri'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 't1mri') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
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acquisition_sequence = ''
processing = 'spm12Segment'
transformation = 'none'
warping_method = 'none'
space = 't1mri'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 't1mri') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
transformation = 'none'
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space = 't1mri'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 't1mri') (True, False)
Priority offset: 0
acquisition_date = ''
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acquisition_sequence = ''
processing = 'spm8NewSegment'
transformation = 'none'
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{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
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processing = 'spm12Segment'
transformation = 'none'
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space = 't1mri'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
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acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
transformation = 'none'
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space = 't1mri'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
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acquisition_sequence = ''
processing = 'spm8NewSegment'
transformation = 'none'
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space = 't1mri'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
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acquisition_sequence = ''
processing = 'spm12Segment'
transformation = 'none'
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space = 't1mri'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
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acquisition_sequence = ''
processing = 'spm12Segment'
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space = 'mni'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
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acquisition_sequence = ''
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transformation = 'none'
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space = 'mni'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
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acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
transformation = 'none'
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '') (True, False)
Priority offset: 0
acquisition_date = ''
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acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
transformation = 'none'
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space = 'mni'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
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acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
transformation = 'none'
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space = 'mni'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
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acquisition_sequence = ''
processing = 'spm8NewSegment'
transformation = 'none'
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space = 't1mri'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
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acquisition_sequence = ''
processing = 'spm8NewSegment'
transformation = 'none'
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space = 'mni'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
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acquisition_sequence = ''
processing = 'spm8NewSegment'
transformation = 'none'
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{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 't1mri') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
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acquisition_sequence = ''
processing = 'spm12Segment'
transformation = 'none'
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 't1mri') (True, False)
Priority offset: 0
acquisition_date = ''
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acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
transformation = 'none'
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{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 't1mri') (True, False)
Priority offset: 0
acquisition_date = ''
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processing = 'spm8NewSegment'
transformation = 'none'
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{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
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acquisition_sequence = ''
processing = 'spm12Segment'
transformation = 'none'
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space = 't1mri'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
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acquisition_sequence = ''
processing = 'spm12Segment'
transformation = 'affine'
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{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
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{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
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acquisition_sequence = ''
processing = 'spm12Segment'
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
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acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
transformation = 'none'
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
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acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '') (True, False)
Priority offset: 0
acquisition_date = ''
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rescan = ''
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acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '') (True, False)
Priority offset: 0
acquisition_date = ''
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rescan = ''
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acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
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space = 'mni'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm8NewSegment'
transformation = 'none'
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{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
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acquisition_sequence = ''
processing = 'spm8NewSegment'
transformation = 'affine'
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space = 'mni'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm8NewSegment'
transformation = 'none'
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space = 'mni'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm8NewSegment'
transformation = 'none'
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space = 'mni'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm12Segment', '', '') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm12Segment'
transformation = 'none'
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space = 't1mri'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm12Segment', '', '') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm12Segment'
transformation = 'affine'
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space = 'mni'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm12Segment', '', '') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm12Segment'
transformation = 'none'
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space = 'mni'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm12Segment', '', '') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm12Segment'
transformation = 'none'
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space = 'mni'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm12Segment', 'none', 't1mri') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
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acquisition_sequence = ''
processing = 'spm12Segment'
transformation = 'none'
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space = 't1mri'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', 'spm12Segment', '', 't1mri') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
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processing = 'spm12Segment'
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space = 't1mri'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 't1mri') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
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acquisition_sequence = ''
processing = 'spm12Segment'
transformation = 'none'
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space = 't1mri'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 't1mri') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
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acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
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space = 't1mri'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 't1mri') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm8NewSegment'
transformation = 'none'
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{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
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acquisition_sequence = ''
processing = 'spm12Segment'
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{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
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acquisition_sequence = ''
processing = 'spm12Segment'
transformation = 'affine'
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
transformation = 'none'
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space = 't1mri'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
transformation = 'affine'
warping_method = 'none'
space = 'mni'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm8NewSegment'
transformation = 'none'
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space = 't1mri'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm8NewSegment'
transformation = 'affine'
warping_method = 'none'
space = 'mni'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm12Segment', 'none', '') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm12Segment'
transformation = 'none'
warping_method = 'none'
space = 't1mri'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm12Segment', 'none', '') (True, False)
Priority offset: 0
acquisition_date = ''
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rescan = ''
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processing = 'spm12Segment'
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{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm12Segment', 'none', '') (True, False)
Priority offset: 0
acquisition_date = ''
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{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', 'spm12Segment', '', '') (True, False)
Priority offset: 0
acquisition_date = ''
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{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', 'spm12Segment', '', '') (True, False)
Priority offset: 0
acquisition_date = ''
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{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 't1mri') (True, False)
Priority offset: 0
acquisition_date = ''
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 't1mri') (True, False)
Priority offset: 0
acquisition_date = ''
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acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
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{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 't1mri') (True, False)
Priority offset: 0
acquisition_date = ''
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{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm12Segment', '', 't1mri') (True, False)
Priority offset: 0
acquisition_date = ''
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{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', 'spm12Segment', 'none', '') (True, False)
Priority offset: 0
acquisition_date = ''
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{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm12Segment', '', 'mni') (True, False)
Priority offset: 0
acquisition_date = ''
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{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm12Segment', '', 'mni') (True, False)
Priority offset: 0
acquisition_date = ''
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{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm12Segment', '', 'mni') (True, False)
Priority offset: 0
acquisition_date = ''
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{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', 'spm12Segment', 'affine', 'mni') (True, False)
Priority offset: 0
acquisition_date = ''
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{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'mni') (True, False)
Priority offset: 0
acquisition_date = ''
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'mni') (True, False)
Priority offset: 0
acquisition_date = ''
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processing = 'spm8VBMSegmentation'
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{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'mni') (True, False)
Priority offset: 0
acquisition_date = ''
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processing = 'spm8NewSegment'
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{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'mni') (True, False)
Priority offset: 0
acquisition_date = ''
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{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'mni') (True, False)
Priority offset: 0
acquisition_date = ''
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{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'mni') (True, False)
Priority offset: 0
acquisition_date = ''
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'mni') (True, False)
Priority offset: 0
acquisition_date = ''
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'mni') (True, False)
Priority offset: 0
acquisition_date = ''
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'mni') (True, False)
Priority offset: 0
acquisition_date = ''
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{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'mni') (True, False)
Priority offset: 0
acquisition_date = ''
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{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'mni') (True, False)
Priority offset: 0
acquisition_date = ''
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{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'mni') (True, False)
Priority offset: 0
acquisition_date = ''
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{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'affine', 'mni') (True, False)
Priority offset: 0
acquisition_date = ''
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'affine', 'mni') (True, False)
Priority offset: 0
acquisition_date = ''
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{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'affine', 'mni') (True, False)
Priority offset: 0
acquisition_date = ''
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{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', 'spm12Segment', 'affine', '') (True, False)
Priority offset: 0
acquisition_date = ''
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{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm12Segment', 'affine', 'mni') (True, False)
Priority offset: 0
acquisition_date = ''
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{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'mni') (True, False)
Priority offset: 0
acquisition_date = ''
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'mni') (True, False)
Priority offset: 0
acquisition_date = ''
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{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'mni') (True, False)
Priority offset: 0
acquisition_date = ''
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rescan = ''
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processing = 'spm8NewSegment'
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{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', 'spm12Segment', '', 'mni') (True, False)
Priority offset: 0
acquisition_date = ''
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rescan = ''
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{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'affine', '') (True, False)
Priority offset: 0
acquisition_date = ''
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rescan = ''
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'affine', '') (True, False)
Priority offset: 0
acquisition_date = ''
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rescan = ''
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processing = 'spm8VBMSegmentation'
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{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'affine', '') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
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processing = 'spm8NewSegment'
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{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm12Segment', 'affine', '') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
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{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '') (True, False)
Priority offset: 0
acquisition_date = ''
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rescan = ''
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '') (True, False)
Priority offset: 0
acquisition_date = ''
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rescan = ''
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processing = 'spm8VBMSegmentation'
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{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '') (True, False)
Priority offset: 0
acquisition_date = ''
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rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm8NewSegment'
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{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('low-dimensional', '', 'none', 'mni') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('low-dimensional', '', 'none', 'mni') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
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processing = 'spm8VBMSegmentation'
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{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('low-dimensional', '', 'none', 'mni') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
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processing = 'spm8NewSegment'
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{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'mni') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
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processing = 'spm12Segment'
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{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'mni') (True, False)
Priority offset: 0
acquisition_date = ''
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rescan = ''
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'mni') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
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processing = 'spm8VBMSegmentation'
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'mni') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
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processing = 'spm8VBMSegmentation'
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space = 'mni'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'mni') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
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{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'mni') (True, False)
Priority offset: 0
acquisition_date = ''
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{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('low-dimensional', 'spm12Segment', '', '') (True, False)
Priority offset: 0
acquisition_date = ''
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{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('low-dimensional', 'spm12Segment', '', 'mni') (True, False)
Priority offset: 0
acquisition_date = ''
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{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('low-dimensional', 'spm12Segment', 'none', '') (True, False)
Priority offset: 0
acquisition_date = ''
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{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('low-dimensional', 'spm12Segment', 'none', 'mni') (True, False)
Priority offset: 0
acquisition_date = ''
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{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('low-dimensional', '', '', 'mni') (True, False)
Priority offset: 0
acquisition_date = ''
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('low-dimensional', '', '', 'mni') (True, False)
Priority offset: 0
acquisition_date = ''
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{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('low-dimensional', '', '', 'mni') (True, False)
Priority offset: 0
acquisition_date = ''
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{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm12Segment', 'none', 'mni') (True, False)
Priority offset: 0
acquisition_date = ''
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{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm12Segment', 'none', 'mni') (True, False)
Priority offset: 0
acquisition_date = ''
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{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('low-dimensional', '', '', '') (True, False)
Priority offset: 0
acquisition_date = ''
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('low-dimensional', '', '', '') (True, False)
Priority offset: 0
acquisition_date = ''
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{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('low-dimensional', '', '', '') (True, False)
Priority offset: 0
acquisition_date = ''
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{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('low-dimensional', '', 'none', '') (True, False)
Priority offset: 0
acquisition_date = ''
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('low-dimensional', '', 'none', '') (True, False)
Priority offset: 0
acquisition_date = ''
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{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('low-dimensional', '', 'none', '') (True, False)
Priority offset: 0
acquisition_date = ''
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{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('high-dimensional', 'spm12Segment', 'none', 'mni') (True, False)
Priority offset: 0
acquisition_date = ''
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{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('high-dimensional', '', 'none', 'mni') (True, False)
Priority offset: 0
acquisition_date = ''
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('high-dimensional', '', 'none', 'mni') (True, False)
Priority offset: 0
acquisition_date = ''
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{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('high-dimensional', '', 'none', 'mni') (True, False)
Priority offset: 0
acquisition_date = ''
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{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('high-dimensional', 'spm12Segment', '', '') (True, False)
Priority offset: 0
acquisition_date = ''
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{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('high-dimensional', '', 'none', '') (True, False)
Priority offset: 0
acquisition_date = ''
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('high-dimensional', '', 'none', '') (True, False)
Priority offset: 0
acquisition_date = ''
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{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('high-dimensional', '', 'none', '') (True, False)
Priority offset: 0
acquisition_date = ''
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{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('high-dimensional', '', '', '') (True, False)
Priority offset: 0
acquisition_date = ''
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('high-dimensional', '', '', '') (True, False)
Priority offset: 0
acquisition_date = ''
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{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('high-dimensional', '', '', '') (True, False)
Priority offset: 0
acquisition_date = ''
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{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('high-dimensional', 'spm12Segment', 'none', '') (True, False)
Priority offset: 0
acquisition_date = ''
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{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('high-dimensional', '', '', 'mni') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('high-dimensional', '', '', 'mni') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
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processing = 'spm8VBMSegmentation'
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{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('high-dimensional', '', '', 'mni') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm8NewSegment'
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{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('high-dimensional', 'spm12Segment', '', 'mni') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
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processing = 'spm12Segment'
transformation = 'none'
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', 'spm8VBMSegmentation', 'none', 't1mri') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
transformation = 'none'
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space = 't1mri'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', 'spm8VBMSegmentation', '', '') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
transformation = 'none'
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', 'spm8VBMSegmentation', '', '') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
transformation = 'affine'
warping_method = 'none'
space = 'mni'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm8VBMSegmentation', '', '') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
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processing = 'spm8VBMSegmentation'
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space = 't1mri'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm8VBMSegmentation', '', '') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
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processing = 'spm8VBMSegmentation'
transformation = 'affine'
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm8VBMSegmentation', '', '') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
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acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm8VBMSegmentation', '', '') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
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acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
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space = 'mni'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', 'spm8VBMSegmentation', 'none', '') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
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processing = 'spm8VBMSegmentation'
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space = 't1mri'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm8VBMSegmentation', '', 't1mri') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
transformation = 'none'
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space = 't1mri'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm8VBMSegmentation', 'none', 't1mri') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
transformation = 'none'
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space = 't1mri'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm8VBMSegmentation', 'none', '') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
transformation = 'none'
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm8VBMSegmentation', 'none', '') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
transformation = 'none'
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space = 'mni'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm8VBMSegmentation', 'none', '') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
transformation = 'none'
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space = 'mni'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', 'spm8VBMSegmentation', '', 't1mri') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
transformation = 'none'
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space = 't1mri'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', 'spm8VBMSegmentation', '', 'mni') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
transformation = 'affine'
warping_method = 'none'
space = 'mni'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', 'spm8VBMSegmentation', 'affine', '') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
transformation = 'affine'
warping_method = 'none'
space = 'mni'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', 'spm8VBMSegmentation', 'affine', 'mni') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
transformation = 'affine'
warping_method = 'none'
space = 'mni'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm8VBMSegmentation', 'affine', '') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
transformation = 'affine'
warping_method = 'none'
space = 'mni'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm8VBMSegmentation', '', 'mni') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
transformation = 'affine'
warping_method = 'none'
space = 'mni'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm8VBMSegmentation', '', 'mni') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
transformation = 'none'
warping_method = 'low-dimensional'
space = 'mni'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm8VBMSegmentation', '', 'mni') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
transformation = 'none'
warping_method = 'high-dimensional'
space = 'mni'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm8VBMSegmentation', 'affine', 'mni') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
transformation = 'affine'
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space = 'mni'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm8VBMSegmentation', 'none', 'mni') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
transformation = 'none'
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space = 'mni'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm8VBMSegmentation', 'none', 'mni') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
transformation = 'none'
warping_method = 'high-dimensional'
space = 'mni'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('low-dimensional', 'spm8VBMSegmentation', 'none', 'mni') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
transformation = 'none'
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space = 'mni'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('low-dimensional', 'spm8VBMSegmentation', '', 'mni') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
transformation = 'none'
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space = 'mni'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('low-dimensional', 'spm8VBMSegmentation', '', '') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
transformation = 'none'
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space = 'mni'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('low-dimensional', 'spm8VBMSegmentation', 'none', '') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
transformation = 'none'
warping_method = 'low-dimensional'
space = 'mni'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('high-dimensional', 'spm8VBMSegmentation', '', 'mni') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
transformation = 'none'
warping_method = 'high-dimensional'
space = 'mni'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('high-dimensional', 'spm8VBMSegmentation', 'none', 'mni') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
transformation = 'none'
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space = 'mni'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('high-dimensional', 'spm8VBMSegmentation', '', '') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
transformation = 'none'
warping_method = 'high-dimensional'
space = 'mni'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('high-dimensional', 'spm8VBMSegmentation', 'none', '') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
transformation = 'none'
warping_method = 'high-dimensional'
space = 'mni'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', 'spm8NewSegment', '', 't1mri') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm8NewSegment'
transformation = 'none'
warping_method = 'none'
space = 't1mri'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm8NewSegment', '', '') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm8NewSegment'
transformation = 'none'
warping_method = 'none'
space = 't1mri'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm8NewSegment', '', '') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm8NewSegment'
transformation = 'affine'
warping_method = 'none'
space = 'mni'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm8NewSegment', '', '') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm8NewSegment'
transformation = 'none'
warping_method = 'low-dimensional'
space = 'mni'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm8NewSegment', '', '') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm8NewSegment'
transformation = 'none'
warping_method = 'high-dimensional'
space = 'mni'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm8NewSegment', 'none', 't1mri') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm8NewSegment'
transformation = 'none'
warping_method = 'none'
space = 't1mri'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm8NewSegment', 'none', '') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm8NewSegment'
transformation = 'none'
warping_method = 'none'
space = 't1mri'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm8NewSegment', 'none', '') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm8NewSegment'
transformation = 'none'
warping_method = 'low-dimensional'
space = 'mni'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm8NewSegment', 'none', '') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm8NewSegment'
transformation = 'none'
warping_method = 'high-dimensional'
space = 'mni'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', 'spm8NewSegment', 'none', 't1mri') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm8NewSegment'
transformation = 'none'
warping_method = 'none'
space = 't1mri'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', 'spm8NewSegment', 'none', '') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm8NewSegment'
transformation = 'none'
warping_method = 'none'
space = 't1mri'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm8NewSegment', '', 't1mri') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm8NewSegment'
transformation = 'none'
warping_method = 'none'
space = 't1mri'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', 'spm8NewSegment', '', '') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm8NewSegment'
transformation = 'none'
warping_method = 'none'
space = 't1mri'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', 'spm8NewSegment', '', '') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm8NewSegment'
transformation = 'affine'
warping_method = 'none'
space = 'mni'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm8NewSegment', 'affine', '') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm8NewSegment'
transformation = 'affine'
warping_method = 'none'
space = 'mni'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm8NewSegment', 'affine', 'mni') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm8NewSegment'
transformation = 'affine'
warping_method = 'none'
space = 'mni'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', 'spm8NewSegment', 'affine', '') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm8NewSegment'
transformation = 'affine'
warping_method = 'none'
space = 'mni'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', 'spm8NewSegment', 'affine', 'mni') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm8NewSegment'
transformation = 'affine'
warping_method = 'none'
space = 'mni'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', 'spm8NewSegment', '', 'mni') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm8NewSegment'
transformation = 'affine'
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space = 'mni'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm8NewSegment', '', 'mni') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm8NewSegment'
transformation = 'affine'
warping_method = 'none'
space = 'mni'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm8NewSegment', '', 'mni') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm8NewSegment'
transformation = 'none'
warping_method = 'low-dimensional'
space = 'mni'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm8NewSegment', '', 'mni') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm8NewSegment'
transformation = 'none'
warping_method = 'high-dimensional'
space = 'mni'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('low-dimensional', 'spm8NewSegment', '', '') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm8NewSegment'
transformation = 'none'
warping_method = 'low-dimensional'
space = 'mni'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm8NewSegment', 'none', 'mni') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm8NewSegment'
transformation = 'none'
warping_method = 'low-dimensional'
space = 'mni'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm8NewSegment', 'none', 'mni') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm8NewSegment'
transformation = 'none'
warping_method = 'high-dimensional'
space = 'mni'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('low-dimensional', 'spm8NewSegment', 'none', 'mni') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm8NewSegment'
transformation = 'none'
warping_method = 'low-dimensional'
space = 'mni'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('low-dimensional', 'spm8NewSegment', '', 'mni') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm8NewSegment'
transformation = 'none'
warping_method = 'low-dimensional'
space = 'mni'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('low-dimensional', 'spm8NewSegment', 'none', '') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm8NewSegment'
transformation = 'none'
warping_method = 'low-dimensional'
space = 'mni'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('high-dimensional', 'spm8NewSegment', 'none', '') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm8NewSegment'
transformation = 'none'
warping_method = 'high-dimensional'
space = 'mni'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('high-dimensional', 'spm8NewSegment', 'none', 'mni') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm8NewSegment'
transformation = 'none'
warping_method = 'high-dimensional'
space = 'mni'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('high-dimensional', 'spm8NewSegment', '', 'mni') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm8NewSegment'
transformation = 'none'
warping_method = 'high-dimensional'
space = 'mni'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_bias_corrected_using_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('high-dimensional', 'spm8NewSegment', '', '') (True, False)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
acquisition_sequence = ''
processing = 'spm8NewSegment'
transformation = 'none'
warping_method = 'high-dimensional'
space = 'mni'

T1 MRI Bias Corrected DARTEL
Parent types:
T1 MRI
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/wnobias_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/wnobias_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wnobias_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/wnobias_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/wnobias_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wnobias_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wnobias_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wnobias_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

T1 MRI Bias Corrected DARTEL MNI
Parent types:
T1 MRI
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmninobias_<subject>_<acquisition>_<analysis>_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmninobias_<subject>_<acquisition>_<analysis>_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmninobias_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmninobias_<subject>_<acquisition>_<analysis>_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmninobias_<subject>_<acquisition>_<analysis>_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmninobias_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmninobias_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmninobias_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

T1 MRI Bias Corrected DARTEL Native
Parent types:
T1 MRI
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/wnobias_<subject>_native_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/wnobias_<subject>_native_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wnobias_<subject>_native_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/wnobias_<subject>_native_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/wnobias_<subject>_native_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wnobias_<subject>_native_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wnobias_<subject>_native_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wnobias_<subject>_native_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

T1 MRI Bias Corrected DISCO
Parent types:
T1 MRI
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/nobias_<subject>_<acquisition>_<analysis>_DISCO

Formats: 'BrainVISA volume formats'
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/nobias_<subject>_<acquisition>_<analysis>_DISCO

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/nobias_<subject>_<acquisition>_<analysis>_DISCO

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/nobias_<subject>_<acquisition>_<analysis>_DISCO

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/nobias_<subject>_<acquisition>_<analysis>_DISCO

Formats: 'BrainVISA volume formats'
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/nobias_<subject>_<acquisition>_<analysis>_DISCO

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/nobias_<subject>_<acquisition>_<analysis>_DISCO

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/nobias_<subject>_<acquisition>_<analysis>_DISCO

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

T1 MRI Bias Corrected DISCO DARTEL
Parent types:
T1 MRI
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/wnobias_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/wnobias_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wnobias_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/wnobias_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/wnobias_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wnobias_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wnobias_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wnobias_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

T1 MRI Bias Corrected DISCO DARTEL MNI
Parent types:
T1 MRI
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmninobias_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmninobias_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmninobias_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmninobias_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmninobias_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmninobias_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmninobias_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmninobias_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

T1 MRI Bias Corrected DISCO DARTEL Native
Parent types:
T1 MRI
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/wnobias_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/wnobias_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wnobias_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/wnobias_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/wnobias_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wnobias_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wnobias_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wnobias_<subject>_native_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

T1 MRI Bias Corrected Inversed DARTEL
Parent types:
T1 MRI
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'origin_subject', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwnobias_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwnobias_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwnobias_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwnobias_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwnobias_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwnobias_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwnobias_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwnobias_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

T1 MRI Bias Corrected Inversed DARTEL Dest Native
Parent types:
T1 MRI
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'origin_subject', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwnobias_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwnobias_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwnobias_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwnobias_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwnobias_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwnobias_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwnobias_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwnobias_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

T1 MRI Bias Corrected Inversed DARTEL Origin Native
Parent types:
T1 MRI
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'origin_subject', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwnobias_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwnobias_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwnobias_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwnobias_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwnobias_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwnobias_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwnobias_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwnobias_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

T1 MRI Bias Corrected Inversed DARTEL Origin Native Dest Native
Parent types:
T1 MRI
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'origin_subject', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwnobias_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwnobias_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwnobias_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwnobias_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwnobias_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwnobias_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwnobias_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwnobias_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

T1 MRI Bias Corrected Normalized
Parent types:
T1 MRI
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/nobias_<subject>_<acquisition>_<analysis>_normalized

Formats: 'BrainVISA volume formats'
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/nobias_<subject>_<acquisition>_<analysis>_normalized

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/nobias_<subject>_<acquisition>_<analysis>_normalized

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/nobias_<subject>_<acquisition>_<analysis>_normalized

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/nobias_<subject>_<acquisition>_<analysis>_normalized

Formats: 'BrainVISA volume formats'
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/nobias_<subject>_<acquisition>_<analysis>_normalized

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/nobias_<subject>_<acquisition>_<analysis>_normalized

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/nobias_<subject>_<acquisition>_<analysis>_normalized

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

T1 MRI Bias Corrected Normalized DARTEL
Parent types:
T1 MRI
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/wnobias_<subject>_<acquisition>_<analysis>_normalized_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/wnobias_<subject>_<acquisition>_<analysis>_normalized_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wnobias_<subject>_<acquisition>_<analysis>_normalized_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/wnobias_<subject>_<acquisition>_<analysis>_normalized_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/wnobias_<subject>_<acquisition>_<analysis>_normalized_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wnobias_<subject>_<acquisition>_<analysis>_normalized_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wnobias_<subject>_<acquisition>_<analysis>_normalized_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wnobias_<subject>_<acquisition>_<analysis>_normalized_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

T1 MRI Bias Corrected Normalized DARTEL Native
Parent types:
T1 MRI
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/wnobias_<subject>_native_<acquisition>_<analysis>_normalized_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/wnobias_<subject>_native_<acquisition>_<analysis>_normalized_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wnobias_<subject>_native_<acquisition>_<analysis>_normalized_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/wnobias_<subject>_native_<acquisition>_<analysis>_normalized_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/wnobias_<subject>_native_<acquisition>_<analysis>_normalized_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wnobias_<subject>_native_<acquisition>_<analysis>_normalized_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wnobias_<subject>_native_<acquisition>_<analysis>_normalized_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wnobias_<subject>_native_<acquisition>_<analysis>_normalized_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

T1 MRI Bias Corrected Normalized DARTEL Template
Parent types:
T1 MRI
3D Volume
4D Volume
Any Type

Key: ['Study', 'Template']
analyzes/DISCO_analyzes/DISCO_{Study}/DARTEL_{Template}/template_nobias_normalized_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0

T1 MRI Bias Corrected Normalized DISCO
Parent types:
T1 MRI
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/nobias_<subject>_<acquisition>_<analysis>_normalized_DISCO

Formats: 'BrainVISA volume formats'
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/nobias_<subject>_<acquisition>_<analysis>_normalized_DISCO

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/nobias_<subject>_<acquisition>_<analysis>_normalized_DISCO

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/nobias_<subject>_<acquisition>_<analysis>_normalized_DISCO

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/nobias_<subject>_<acquisition>_<analysis>_normalized_DISCO

Formats: 'BrainVISA volume formats'
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/nobias_<subject>_<acquisition>_<analysis>_normalized_DISCO

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/nobias_<subject>_<acquisition>_<analysis>_normalized_DISCO

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/nobias_<subject>_<acquisition>_<analysis>_normalized_DISCO

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

T1 MRI Bias Corrected Normalized DISCO DARTEL
Parent types:
T1 MRI
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/wnobias_<subject>_<acquisition>_<analysis>_normalized_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/wnobias_<subject>_<acquisition>_<analysis>_normalized_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wnobias_<subject>_<acquisition>_<analysis>_normalized_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/wnobias_<subject>_<acquisition>_<analysis>_normalized_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/wnobias_<subject>_<acquisition>_<analysis>_normalized_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wnobias_<subject>_<acquisition>_<analysis>_normalized_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wnobias_<subject>_<acquisition>_<analysis>_normalized_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wnobias_<subject>_<acquisition>_<analysis>_normalized_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

T1 MRI Bias Corrected Normalized DISCO DARTEL Native
Parent types:
T1 MRI
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/wnobias_<subject>_native_<acquisition>_<analysis>_normalized_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/wnobias_<subject>_native_<acquisition>_<analysis>_normalized_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wnobias_<subject>_native_<acquisition>_<analysis>_normalized_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/wnobias_<subject>_native_<acquisition>_<analysis>_normalized_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/wnobias_<subject>_native_<acquisition>_<analysis>_normalized_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wnobias_<subject>_native_<acquisition>_<analysis>_normalized_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wnobias_<subject>_native_<acquisition>_<analysis>_normalized_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wnobias_<subject>_native_<acquisition>_<analysis>_normalized_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

T1 MRI Bias Corrected Normalized DISCO Talairach
Parent types:
T1 MRI
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/nobias_<subject>_<acquisition>_<analysis>_normalized_DISCO_Tal

Formats: 'BrainVISA volume formats'
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/nobias_<subject>_<acquisition>_<analysis>_normalized_DISCO_Tal

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/nobias_<subject>_<acquisition>_<analysis>_normalized_DISCO_Tal

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/nobias_<subject>_<acquisition>_<analysis>_normalized_DISCO_Tal

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/nobias_<subject>_<acquisition>_<analysis>_normalized_DISCO_Tal

Formats: 'BrainVISA volume formats'
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/nobias_<subject>_<acquisition>_<analysis>_normalized_DISCO_Tal

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/nobias_<subject>_<acquisition>_<analysis>_normalized_DISCO_Tal

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/nobias_<subject>_<acquisition>_<analysis>_normalized_DISCO_Tal

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

T1 MRI Bias Corrected Normalized DISCO Template
Parent types:
T1 MRI
3D Volume
4D Volume
Any Type

Key: ['Study']
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/template_nobias_normalized_DISCO_{Study}_Tal

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0

T1 MRI Bias Corrected Normalized Inversed DARTEL
Parent types:
T1 MRI
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'origin_subject', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwnobias_normalized_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwnobias_normalized_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwnobias_normalized_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwnobias_normalized_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwnobias_normalized_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwnobias_normalized_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwnobias_normalized_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwnobias_normalized_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

T1 MRI Bias Corrected Normalized Inversed DARTEL Dest Native
Parent types:
T1 MRI
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'origin_subject', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwnobias_normalized_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwnobias_normalized_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwnobias_normalized_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwnobias_normalized_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwnobias_normalized_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwnobias_normalized_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwnobias_normalized_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwnobias_normalized_{origin_subject}_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

T1 MRI Bias Corrected Normalized Inversed DARTEL Origin Native
Parent types:
T1 MRI
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'origin_subject', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwnobias_normalized_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwnobias_normalized_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwnobias_normalized_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwnobias_normalized_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwnobias_normalized_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwnobias_normalized_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwnobias_normalized_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwnobias_normalized_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

T1 MRI Bias Corrected Normalized Inversed DARTEL Origin Native Dest Native
Parent types:
T1 MRI
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'origin_subject', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwnobias_normalized_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwnobias_normalized_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwnobias_normalized_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwnobias_normalized_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/inverse_warped_output/wwnobias_normalized_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwnobias_normalized_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwnobias_normalized_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/inverse_warped_output/wwnobias_normalized_{origin_subject}_native_<acquisition>_<analysis>_invDARTEL_<Template>_TO_<subject>_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

T1 MRI Bias Corrected Normalized Masked DISCO DARTEL
Parent types:
T1 MRI
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/wnobias_<subject>_<acquisition>_<analysis>_normalized_masked_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/wnobias_<subject>_<acquisition>_<analysis>_normalized_masked_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wnobias_<subject>_<acquisition>_<analysis>_normalized_masked_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/wnobias_<subject>_<acquisition>_<analysis>_normalized_masked_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/wnobias_<subject>_<acquisition>_<analysis>_normalized_masked_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wnobias_<subject>_<acquisition>_<analysis>_normalized_masked_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wnobias_<subject>_<acquisition>_<analysis>_normalized_masked_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/wnobias_<subject>_<acquisition>_<analysis>_normalized_masked_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

T1 MRI Bias Corrected Normalized Talairach
Parent types:
T1 MRI
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/nobias_<subject>_<acquisition>_<analysis>_normalized_Tal

Formats: 'BrainVISA volume formats'
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/nobias_<subject>_<acquisition>_<analysis>_normalized_Tal

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/nobias_<subject>_<acquisition>_<analysis>_normalized_Tal

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/nobias_<subject>_<acquisition>_<analysis>_normalized_Tal

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/nobias_<subject>_<acquisition>_<analysis>_normalized_Tal

Formats: 'BrainVISA volume formats'
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/nobias_<subject>_<acquisition>_<analysis>_normalized_Tal

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/nobias_<subject>_<acquisition>_<analysis>_normalized_Tal

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/nobias_<subject>_<acquisition>_<analysis>_normalized_Tal

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

T1 MRI Bias Corrected Normalized Template
Parent types:
T1 MRI
3D Volume
4D Volume
Any Type

Key: ['Study']
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/template_nobias_normalized_Tal

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0

T1 MRI Bias corrected NM
Parent types:
T1 MRI Bias Corrected
T1 MRI
3D Volume
4D Volume
Any Type

Key: ['center', 'subject', 'processing', 'acquisition', 'analysis', 'segmentation_method', 'tracer', 'template']
Default attributes values:
center = 'subjects'

Rules selection key: [] ['template', 'tracer']
{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/pet{tracer}_space/<subject>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: () (True, False)
Priority offset: 0
template = ''
space = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/mni{template}_space/<subject>_bias_corrected

Formats: 'BrainVISA volume formats'
Rule selection key: () (False, True)
Priority offset: 0
tracer = ''
space = 'mni'

T1 MRI Bias field
Parent types:
SPM field
3D Volume
4D Volume
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis', 'template', 'processing']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

Rules selection key: ['processing'] ['template']
{center}/{subject}/t1mri/{acquisition}/{analysis}/biasfield_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (True,)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
template = ''
modality = 't1mri'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (False,)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
processing = 'spm12Segment'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (False,)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
processing = 'spm8VBMSegmentation'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) (False,)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
processing = 'spm8NewSegment'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('spm12Segment',) (False,)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
processing = 'spm12Segment'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('spm8VBMSegmentation',) (False,)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
processing = 'spm8VBMSegmentation'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_bias_field

Formats: 'BrainVISA volume formats'
Rule selection key: ('spm8NewSegment',) (False,)
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
processing = 'spm8NewSegment'

T1 MRI Denoised
Parent types:
3D Volume
4D Volume
Any Type

Key: ['center', 'subject', 'acquisition', 'space']
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

Rules selection key: ['space'] []

{center}/{subject}/volBrain/{acquisition}/native/<subject>_native_filtered

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) ()
Priority offset: 0
modality = 'volBrain'
space = 'native'

{center}/{subject}/volBrain/{acquisition}/mni/<subject>_mni_filtered

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) ()
Priority offset: 0
modality = 'volBrain'
space = 'mni'

{center}/{subject}/volBrain/{acquisition}/native/<subject>_native_filtered

Formats: 'BrainVISA volume formats'
Rule selection key: ('native',) ()
Priority offset: 0
modality = 'volBrain'
space = 'native'

{center}/{subject}/volBrain/{acquisition}/mni/<subject>_mni_filtered

Formats: 'BrainVISA volume formats'
Rule selection key: ('mni',) ()
Priority offset: 0
modality = 'volBrain'
space = 'mni'

T1 MRI Denoised and Bias Corrected
Parent types:
3D Volume
4D Volume
Any Type

Key: ['center', 'subject', 'acquisition', 'space', 'modality']
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

Rules selection key: ['space', 'modality'] []

{center}/{subject}/volBrain/{acquisition}/native/<subject>_native_normalised

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'volBrain') ()
Priority offset: 0
modality = 'volBrain'
space = 'native'

{center}/{subject}/volBrain/{acquisition}/mni/<subject>_mni_normalised

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'volBrain') ()
Priority offset: 0
modality = 'volBrain'
space = 'mni'

{center}/{subject}/volBrain/{acquisition}/native/<subject>_native_normalised

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
modality = 'volBrain'
space = 'native'

{center}/{subject}/volBrain/{acquisition}/mni/<subject>_mni_normalised

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
modality = 'volBrain'
space = 'mni'

{center}/{subject}/assemblyNet/{acquisition}/mni_t1_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
modality = 'assemblyNet'
space = 'mni'

{center}/{subject}/assemblyNet/{acquisition}/native_t1_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
modality = 'assemblyNet'
space = 'native'

{center}/{subject}/vol2Brain/{acquisition}/mni_t1_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
modality = 'vol2Brain'
space = 'mni'

{center}/{subject}/vol2Brain/{acquisition}/native_t1_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
modality = 'vol2Brain'
space = 'native'

{center}/{subject}/volBrain/{acquisition}/native/<subject>_native_normalised

Formats: 'BrainVISA volume formats'
Rule selection key: ('native', '') ()
Priority offset: 0
modality = 'volBrain'
space = 'native'

{center}/{subject}/assemblyNet/{acquisition}/native_t1_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('native', '') ()
Priority offset: 0
modality = 'assemblyNet'
space = 'native'

{center}/{subject}/vol2Brain/{acquisition}/native_t1_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('native', '') ()
Priority offset: 0
modality = 'vol2Brain'
space = 'native'

{center}/{subject}/volBrain/{acquisition}/native/<subject>_native_normalised

Formats: 'BrainVISA volume formats'
Rule selection key: ('native', 'volBrain') ()
Priority offset: 0
modality = 'volBrain'
space = 'native'

{center}/{subject}/volBrain/{acquisition}/mni/<subject>_mni_normalised

Formats: 'BrainVISA volume formats'
Rule selection key: ('mni', '') ()
Priority offset: 0
modality = 'volBrain'
space = 'mni'

{center}/{subject}/assemblyNet/{acquisition}/mni_t1_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('mni', '') ()
Priority offset: 0
modality = 'assemblyNet'
space = 'mni'

{center}/{subject}/vol2Brain/{acquisition}/mni_t1_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('mni', '') ()
Priority offset: 0
modality = 'vol2Brain'
space = 'mni'

{center}/{subject}/volBrain/{acquisition}/mni/<subject>_mni_normalised

Formats: 'BrainVISA volume formats'
Rule selection key: ('mni', 'volBrain') ()
Priority offset: 0
modality = 'volBrain'
space = 'mni'

{center}/{subject}/assemblyNet/{acquisition}/mni_t1_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('mni', 'assemblyNet') ()
Priority offset: 0
modality = 'assemblyNet'
space = 'mni'

{center}/{subject}/assemblyNet/{acquisition}/mni_t1_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'assemblyNet') ()
Priority offset: 0
modality = 'assemblyNet'
space = 'mni'

{center}/{subject}/assemblyNet/{acquisition}/native_t1_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'assemblyNet') ()
Priority offset: 0
modality = 'assemblyNet'
space = 'native'

{center}/{subject}/assemblyNet/{acquisition}/native_t1_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('native', 'assemblyNet') ()
Priority offset: 0
modality = 'assemblyNet'
space = 'native'

{center}/{subject}/vol2Brain/{acquisition}/mni_t1_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('mni', 'vol2Brain') ()
Priority offset: 0
modality = 'vol2Brain'
space = 'mni'

{center}/{subject}/vol2Brain/{acquisition}/mni_t1_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'vol2Brain') ()
Priority offset: 0
modality = 'vol2Brain'
space = 'mni'

{center}/{subject}/vol2Brain/{acquisition}/native_t1_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'vol2Brain') ()
Priority offset: 0
modality = 'vol2Brain'
space = 'native'

{center}/{subject}/vol2Brain/{acquisition}/native_t1_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('native', 'vol2Brain') ()
Priority offset: 0
modality = 'vol2Brain'
space = 'native'

T1 MRI Edges
Parent types:
Rainbow 3D volume
3D Volume
4D Volume
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/edges_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'

T1 MRI Filtered For Histo
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/hfiltered_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'

T1 MRI Mean Curvature
Parent types:
Rainbow 3D volume
3D Volume
4D Volume
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/mean_curvature_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'

T1 MRI Variance
Parent types:
Rainbow 3D volume
3D Volume
4D Volume
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/variance_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'

T1 MRI White Matter Ridges
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/whiteridge_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'

T1 MRI brain labels
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['center', 'subject', 'processing', 'acquisition', 'analysis', 'segmentation_method', 'tracer', 'template']
Default attributes values:
center = 'subjects'

Rules selection key: [] ['template', 'tracer']
{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/pet{tracer}_space/<subject>_brain_labels

Formats: 'BrainVISA volume formats'
Rule selection key: () (True, False)
Priority offset: 0
template = ''
space = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/mni{template}_space/<subject>_brain_labels

Formats: 'BrainVISA volume formats'
Rule selection key: () (False, True)
Priority offset: 0
tracer = ''
space = 'mni'

T1 MRI brain labels data
Parent types:
Text file
Any Type

Key: ['center', 'subject', 'processing', 'acquisition', 'analysis', 'segmentation_method', 'tracer', 'template']
Default attributes values:
center = 'subjects'

Rules selection key: [] ['template', 'tracer']
{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/pet{tracer}_space/<subject>_brain_labels_stats

Formats: ['JSON file']
Rule selection key: () (True, False)
Priority offset: 0
template = ''
space = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/mni{template}_space/<subject>_brain_labels_stats

Formats: ['JSON file']
Rule selection key: () (False, True)
Priority offset: 0
tracer = ''
space = 'mni'

T1 MRI intracranial labels
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['center', 'subject', 'processing', 'acquisition', 'analysis', 'segmentation_method', 'tracer', 'template']
Default attributes values:
center = 'subjects'

Rules selection key: [] ['tracer', 'template']
{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/t1mri_space/<subject>_intracranial_labels

Formats: 'BrainVISA volume formats'
Rule selection key: () (True, True)
Priority offset: 0
tracer = ''
template = ''
space = 't1mri'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/pet{tracer}_space/<subject>_intracranial_labels

Formats: 'BrainVISA volume formats'
Rule selection key: () (False, True)
Priority offset: 0
template = ''
space = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/mni{template}_space/<subject>_intracranial_labels

Formats: 'BrainVISA volume formats'
Rule selection key: () (True, False)
Priority offset: 0
tracer = ''
space = 'mni'

T1 MRI intracranial labels translation
Parent types:
Text file
Any Type

Key: ['center', 'subject', 'processing', 'acquisition', 'analysis', 'segmentation_method', 'tracer', 'template']
Default attributes values:
center = 'subjects'

Rules selection key: [] ['tracer', 'template']
{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/t1mri_space/<subject>_intracranial_labels

Formats: ['JSON file']
Rule selection key: () (True, True)
Priority offset: 0
tracer = ''
template = ''
space = 't1mri'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/pet{tracer}_space/<subject>_intracranial_labels

Formats: ['JSON file']
Rule selection key: () (False, True)
Priority offset: 0
template = ''
space = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/mni{template}_space/<subject>_intracranial_labels

Formats: ['JSON file']
Rule selection key: () (True, False)
Priority offset: 0
tracer = ''
space = 'mni'

T1 MRI mid-point average
Parent types:
Raw T1 MRI
T1 MRI
3D Volume
4D Volume
Any Type

Key: ['center', 'subject', 'acquisition_sequence', 'analysis', 'processing']
Default attributes values:
center = 'subjects'
analysis = 'default_analysis'

Rules selection key: ['processing'] []

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_avg_<acquisition_sequence>_t1mri

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) ()
Priority offset: 0
processing = 'spm12Serial'
space = 'average'
modality = 't1mri'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_avg_<acquisition_sequence>_t1mri

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) ()
Priority offset: 0
processing = 'spm12Pairwise'
space = 'average'
modality = 't1mri'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_avg_<acquisition_sequence>_t1mri

Formats: 'BrainVISA volume formats'
Rule selection key: ('spm12Serial',) ()
Priority offset: 0
processing = 'spm12Serial'
space = 'average'
modality = 't1mri'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_avg_<acquisition_sequence>_t1mri

Formats: 'BrainVISA volume formats'
Rule selection key: ('spm12Pairwise',) ()
Priority offset: 0
processing = 'spm12Pairwise'
space = 'average'
modality = 't1mri'

T1 MRI partial volume estimation
Parent types:
3D Volume
4D Volume
Any Type

Key: ['center', 'subject', 'acquisition', 'analysis', 'template', 'transformation', 'warping_method', 'processing']
Default attributes values:
center = 'subjects'

Rules selection key: ['transformation', 'warping_method', 'processing'] []

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
processing = 'spm12Segment'
transformation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
processing = 'spm12Segment'
transformation = 'rigid'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
processing = 'spm12Segment'
transformation = 'affine'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
processing = 'spm12Segment'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_PVE_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
processing = 'spm12Segment'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
processing = 'spm8VBMSegmentation'
transformation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
processing = 'spm8VBMSegmentation'
transformation = 'rigid'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
processing = 'spm8VBMSegmentation'
transformation = 'affine'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
processing = 'spm8VBMSegmentation'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_PVE_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
processing = 'spm8VBMSegmentation'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
processing = 'spm8NewSegment'
transformation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
processing = 'spm8NewSegment'
transformation = 'rigid'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
processing = 'spm8NewSegment'
transformation = 'affine'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
processing = 'spm8NewSegment'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_PVE_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '') ()
Priority offset: 0
processing = 'spm8NewSegment'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'none', 'spm12Segment') ()
Priority offset: 0
processing = 'spm12Segment'
transformation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'none', 'spm12Segment') ()
Priority offset: 0
processing = 'spm12Segment'
transformation = 'rigid'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'none', 'spm12Segment') ()
Priority offset: 0
processing = 'spm12Segment'
transformation = 'affine'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '') ()
Priority offset: 0
processing = 'spm12Segment'
transformation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '') ()
Priority offset: 0
processing = 'spm12Segment'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_PVE_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '') ()
Priority offset: 0
processing = 'spm12Segment'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '') ()
Priority offset: 0
processing = 'spm8VBMSegmentation'
transformation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '') ()
Priority offset: 0
processing = 'spm8VBMSegmentation'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_PVE_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '') ()
Priority offset: 0
processing = 'spm8VBMSegmentation'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '') ()
Priority offset: 0
processing = 'spm8NewSegment'
transformation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '') ()
Priority offset: 0
processing = 'spm8NewSegment'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_PVE_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '') ()
Priority offset: 0
processing = 'spm8NewSegment'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', 'none', '') ()
Priority offset: 0
processing = 'spm12Segment'
transformation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', 'none', '') ()
Priority offset: 0
processing = 'spm8VBMSegmentation'
transformation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', 'none', '') ()
Priority offset: 0
processing = 'spm8NewSegment'
transformation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'spm12Segment') ()
Priority offset: 0
processing = 'spm12Segment'
transformation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'spm12Segment') ()
Priority offset: 0
processing = 'spm12Segment'
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{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_PVE_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'spm12Segment') ()
Priority offset: 0
processing = 'spm12Segment'
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transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', 'none', 'spm12Segment') ()
Priority offset: 0
processing = 'spm12Segment'
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{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'none', '') ()
Priority offset: 0
processing = 'spm12Segment'
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{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'none', '') ()
Priority offset: 0
processing = 'spm12Segment'
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{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'none', '') ()
Priority offset: 0
processing = 'spm12Segment'
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'none', '') ()
Priority offset: 0
processing = 'spm8VBMSegmentation'
transformation = 'none'
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'none', '') ()
Priority offset: 0
processing = 'spm8VBMSegmentation'
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'none', '') ()
Priority offset: 0
processing = 'spm8VBMSegmentation'
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{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'none', '') ()
Priority offset: 0
processing = 'spm8NewSegment'
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{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'none', '') ()
Priority offset: 0
processing = 'spm8NewSegment'
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{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'none', '') ()
Priority offset: 0
processing = 'spm8NewSegment'
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{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'spm12Segment') ()
Priority offset: 0
processing = 'spm12Segment'
transformation = 'none'
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{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'spm12Segment') ()
Priority offset: 0
processing = 'spm12Segment'
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{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'spm12Segment') ()
Priority offset: 0
processing = 'spm12Segment'
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{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'spm12Segment') ()
Priority offset: 0
processing = 'spm12Segment'
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{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_PVE_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'spm12Segment') ()
Priority offset: 0
processing = 'spm12Segment'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('rigid', 'none', 'spm12Segment') ()
Priority offset: 0
processing = 'spm12Segment'
transformation = 'rigid'
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{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('rigid', 'none', '') ()
Priority offset: 0
processing = 'spm12Segment'
transformation = 'rigid'
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('rigid', 'none', '') ()
Priority offset: 0
processing = 'spm8VBMSegmentation'
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{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('rigid', 'none', '') ()
Priority offset: 0
processing = 'spm8NewSegment'
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{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('rigid', '', '') ()
Priority offset: 0
processing = 'spm12Segment'
transformation = 'rigid'
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('rigid', '', '') ()
Priority offset: 0
processing = 'spm8VBMSegmentation'
transformation = 'rigid'
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{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('rigid', '', '') ()
Priority offset: 0
processing = 'spm8NewSegment'
transformation = 'rigid'
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{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('rigid', '', 'spm12Segment') ()
Priority offset: 0
processing = 'spm12Segment'
transformation = 'rigid'
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{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('affine', '', '') ()
Priority offset: 0
processing = 'spm12Segment'
transformation = 'affine'
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('affine', '', '') ()
Priority offset: 0
processing = 'spm8VBMSegmentation'
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{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('affine', '', '') ()
Priority offset: 0
processing = 'spm8NewSegment'
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{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('affine', 'none', 'spm12Segment') ()
Priority offset: 0
processing = 'spm12Segment'
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{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('affine', '', 'spm12Segment') ()
Priority offset: 0
processing = 'spm12Segment'
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{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('affine', 'none', '') ()
Priority offset: 0
processing = 'spm12Segment'
transformation = 'affine'
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('affine', 'none', '') ()
Priority offset: 0
processing = 'spm8VBMSegmentation'
transformation = 'affine'
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{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('affine', 'none', '') ()
Priority offset: 0
processing = 'spm8NewSegment'
transformation = 'affine'
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{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'low-dimensional', '') ()
Priority offset: 0
processing = 'spm12Segment'
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transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'low-dimensional', '') ()
Priority offset: 0
processing = 'spm8VBMSegmentation'
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transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'low-dimensional', '') ()
Priority offset: 0
processing = 'spm8NewSegment'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', 'low-dimensional', '') ()
Priority offset: 0
processing = 'spm12Segment'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', 'low-dimensional', '') ()
Priority offset: 0
processing = 'spm8VBMSegmentation'
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transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', 'low-dimensional', '') ()
Priority offset: 0
processing = 'spm8NewSegment'
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transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', 'low-dimensional', 'spm12Segment') ()
Priority offset: 0
processing = 'spm12Segment'
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transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'low-dimensional', 'spm12Segment') ()
Priority offset: 0
processing = 'spm12Segment'
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transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_PVE_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'high-dimensional', 'spm12Segment') ()
Priority offset: 0
processing = 'spm12Segment'
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transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_PVE_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', 'high-dimensional', '') ()
Priority offset: 0
processing = 'spm12Segment'
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transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_PVE_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', 'high-dimensional', '') ()
Priority offset: 0
processing = 'spm8VBMSegmentation'
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{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_PVE_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', 'high-dimensional', '') ()
Priority offset: 0
processing = 'spm8NewSegment'
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transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_PVE_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', 'high-dimensional', 'spm12Segment') ()
Priority offset: 0
processing = 'spm12Segment'
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transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_PVE_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'high-dimensional', '') ()
Priority offset: 0
processing = 'spm12Segment'
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transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_PVE_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'high-dimensional', '') ()
Priority offset: 0
processing = 'spm8VBMSegmentation'
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transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_PVE_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'high-dimensional', '') ()
Priority offset: 0
processing = 'spm8NewSegment'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'spm8VBMSegmentation') ()
Priority offset: 0
processing = 'spm8VBMSegmentation'
transformation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'spm8VBMSegmentation') ()
Priority offset: 0
processing = 'spm8VBMSegmentation'
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warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'spm8VBMSegmentation') ()
Priority offset: 0
processing = 'spm8VBMSegmentation'
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'spm8VBMSegmentation') ()
Priority offset: 0
processing = 'spm8VBMSegmentation'
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transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_PVE_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'spm8VBMSegmentation') ()
Priority offset: 0
processing = 'spm8VBMSegmentation'
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transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'none', 'spm8VBMSegmentation') ()
Priority offset: 0
processing = 'spm8VBMSegmentation'
transformation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'none', 'spm8VBMSegmentation') ()
Priority offset: 0
processing = 'spm8VBMSegmentation'
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'none', 'spm8VBMSegmentation') ()
Priority offset: 0
processing = 'spm8VBMSegmentation'
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warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', 'none', 'spm8VBMSegmentation') ()
Priority offset: 0
processing = 'spm8VBMSegmentation'
transformation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'spm8VBMSegmentation') ()
Priority offset: 0
processing = 'spm8VBMSegmentation'
transformation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'spm8VBMSegmentation') ()
Priority offset: 0
processing = 'spm8VBMSegmentation'
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transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_PVE_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'spm8VBMSegmentation') ()
Priority offset: 0
processing = 'spm8VBMSegmentation'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('rigid', 'none', 'spm8VBMSegmentation') ()
Priority offset: 0
processing = 'spm8VBMSegmentation'
transformation = 'rigid'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('rigid', '', 'spm8VBMSegmentation') ()
Priority offset: 0
processing = 'spm8VBMSegmentation'
transformation = 'rigid'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('affine', '', 'spm8VBMSegmentation') ()
Priority offset: 0
processing = 'spm8VBMSegmentation'
transformation = 'affine'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('affine', 'none', 'spm8VBMSegmentation') ()
Priority offset: 0
processing = 'spm8VBMSegmentation'
transformation = 'affine'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', 'low-dimensional', 'spm8VBMSegmentation') ()
Priority offset: 0
processing = 'spm8VBMSegmentation'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'low-dimensional', 'spm8VBMSegmentation') ()
Priority offset: 0
processing = 'spm8VBMSegmentation'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_PVE_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', 'high-dimensional', 'spm8VBMSegmentation') ()
Priority offset: 0
processing = 'spm8VBMSegmentation'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_PVE_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'high-dimensional', 'spm8VBMSegmentation') ()
Priority offset: 0
processing = 'spm8VBMSegmentation'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'none', 'spm8NewSegment') ()
Priority offset: 0
processing = 'spm8NewSegment'
transformation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'none', 'spm8NewSegment') ()
Priority offset: 0
processing = 'spm8NewSegment'
transformation = 'rigid'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'none', 'spm8NewSegment') ()
Priority offset: 0
processing = 'spm8NewSegment'
transformation = 'affine'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', 'none', 'spm8NewSegment') ()
Priority offset: 0
processing = 'spm8NewSegment'
transformation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'spm8NewSegment') ()
Priority offset: 0
processing = 'spm8NewSegment'
transformation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'spm8NewSegment') ()
Priority offset: 0
processing = 'spm8NewSegment'
transformation = 'rigid'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'spm8NewSegment') ()
Priority offset: 0
processing = 'spm8NewSegment'
transformation = 'affine'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'spm8NewSegment') ()
Priority offset: 0
processing = 'spm8NewSegment'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_PVE_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'spm8NewSegment') ()
Priority offset: 0
processing = 'spm8NewSegment'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'spm8NewSegment') ()
Priority offset: 0
processing = 'spm8NewSegment'
transformation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'spm8NewSegment') ()
Priority offset: 0
processing = 'spm8NewSegment'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_PVE_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'spm8NewSegment') ()
Priority offset: 0
processing = 'spm8NewSegment'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('rigid', 'none', 'spm8NewSegment') ()
Priority offset: 0
processing = 'spm8NewSegment'
transformation = 'rigid'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('rigid', '', 'spm8NewSegment') ()
Priority offset: 0
processing = 'spm8NewSegment'
transformation = 'rigid'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('affine', 'none', 'spm8NewSegment') ()
Priority offset: 0
processing = 'spm8NewSegment'
transformation = 'affine'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('affine', '', 'spm8NewSegment') ()
Priority offset: 0
processing = 'spm8NewSegment'
transformation = 'affine'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'low-dimensional', 'spm8NewSegment') ()
Priority offset: 0
processing = 'spm8NewSegment'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_PVE_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', 'low-dimensional', 'spm8NewSegment') ()
Priority offset: 0
processing = 'spm8NewSegment'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_PVE_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'high-dimensional', 'spm8NewSegment') ()
Priority offset: 0
processing = 'spm8NewSegment'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_PVE_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', 'high-dimensional', 'spm8NewSegment') ()
Priority offset: 0
processing = 'spm8NewSegment'
warping_method = 'high-dimensional'
transformation = 'none'

T1 MRI raw dicom
Parent types:
raw dicom
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

{center}/{subject}/t1mri/{acquisition}/<subject>_raw_dicom

Formats: None
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'

T1 MRI tissue probability map
Parent types:
3D Volume
4D Volume
Any Type

Key: ['center', 'subject', 'acquisition_sequence', 'analysis', 'acquisition', 'tissue_class', 'space', 'transformation', 'processing', 'warping_method', 'modulation', 'template']
Default attributes values:
center = 'subjects'
analysis = 'default_analysis'

Rules selection key: ['tissue_class', 'space', 'transformation', 'processing', 'warping_method', 'modulation'] ['template', 'acquisition_sequence']

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Serial', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Serial', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'grey'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Serial', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'csf'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Serial', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'grey'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Serial', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', 'average', 'none', 'spm12Serial', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'white'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm12Serial', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm12Serial', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm12Serial', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', 'average', 'none', 'spm12Serial', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'grey'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'csf'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'grey'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'grey'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'csf'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'grey'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'white'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', 'average', '', '', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', 'average', '', '', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'white'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', 'average', '', 'spm12Serial', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', 'none', '', '', 'none') (True, False)
Priority offset: 0
template = ''
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', 'none', '', '', 'none') (True, False)
Priority offset: 0
template = ''
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', 'none', '', '', 'none') (True, False)
Priority offset: 0
template = ''
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space = 'average'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', 'none', '', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
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transformation = 'none'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', 'none', '', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', 'none', '', '', 'none') (True, False)
Priority offset: 0
template = ''
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Serial', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Serial', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Serial', 'none', 'none') (True, False)
Priority offset: 0
template = ''
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Serial', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
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space = 'halfway'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Serial', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
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space = 'halfway'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Serial', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'grey'
transformation = 'rigid'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Serial', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
transformation = 'rigid'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
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transformation = 'none'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
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transformation = 'none'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
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space = 'average'
transformation = 'none'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'grey'
space = 'halfway'
transformation = 'none'
modulation = 'none'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'grey'
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transformation = 'none'
modulation = 'none'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'csf'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'grey'
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modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'white'
space = 'halfway'
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modulation = 'none'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', '', '', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
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transformation = 'none'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', '', '', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'grey'
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transformation = 'none'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', '', '', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'csf'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', '', '', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', '', '', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'grey'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', '', '', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
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transformation = 'none'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'average'
transformation = 'none'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'grey'
space = 'average'
transformation = 'none'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'csf'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'grey'
space = 'halfway'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'halfway'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'grey'
transformation = 'rigid'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
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warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'white'
space = 'average'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'grey'
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transformation = 'none'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'white'
space = 'halfway'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'grey'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Serial', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
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transformation = 'none'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Serial', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'grey'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Serial', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
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space = 'average'
transformation = 'none'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Serial', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'grey'
space = 'halfway'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Serial', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', 'none', 'spm12Serial', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', 'none', 'spm12Serial', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', 'none', 'spm12Serial', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'csf'
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transformation = 'none'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', 'average', '', 'spm12Serial', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', 'average', 'none', '', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', 'average', 'none', '', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', 'none', '', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', 'none', '', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'grey'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', 'none', '', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'csf'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', 'none', '', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', 'none', '', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'grey'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', 'none', '', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'csf'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Serial', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Serial', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'grey'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Serial', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'csf'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Serial', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'grey'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Serial', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Serial', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Serial', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', 'average', '', 'spm12Serial', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm12Serial', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm12Serial', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm12Serial', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', '', '', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', '', '', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'grey'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', '', '', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'csf'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', '', '', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', '', '', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'grey'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', '', '', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'csf'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'grey'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'csf'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'grey'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'grey'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'csf'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'grey'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'white'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm12Serial', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm12Serial', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', 'average', '', '', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', 'average', '', '', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Serial', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Serial', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'grey'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Serial', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'csf'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Serial', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'grey'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Serial', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm12Serial', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm12Serial', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm12Serial', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', 'average', 'none', '', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', 'average', 'none', '', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', '', 'spm12Serial', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', '', 'spm12Serial', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'grey'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', '', 'spm12Serial', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'csf'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', 'none', '') (True, False)
Priority offset: 0
template = ''
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', 'none', '') (True, False)
Priority offset: 0
template = ''
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', 'none', '') (True, False)
Priority offset: 0
template = ''
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', 'none', '') (True, False)
Priority offset: 0
template = ''
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', 'none', '') (True, False)
Priority offset: 0
template = ''
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Serial', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Serial', '', '') (True, False)
Priority offset: 0
template = ''
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Serial', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Serial', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Serial', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Serial', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Serial', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
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transformation = 'rigid'
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warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
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transformation = 'none'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'grey'
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transformation = 'none'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
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transformation = 'none'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'grey'
space = 'halfway'
transformation = 'none'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'halfway'
transformation = 'none'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'grey'
space = 'average'
transformation = 'none'
modulation = 'none'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'csf'
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transformation = 'none'
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warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'grey'
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warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'white'
space = 'halfway'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'white'
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warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', '', 'spm12Serial', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', '', 'spm12Serial', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'grey'
space = 'average'
transformation = 'none'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', '', 'spm12Serial', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'csf'
space = 'average'
transformation = 'none'
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warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', 'none', '', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'average'
transformation = 'none'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', 'none', '', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'grey'
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transformation = 'none'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', 'none', '', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
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space = 'average'
transformation = 'none'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', 'none', '', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'white'
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transformation = 'none'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', 'none', '', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'grey'
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transformation = 'none'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', 'none', '', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'csf'
space = 'average'
transformation = 'none'
modulation = 'none'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', 'none', 'spm12Serial', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'average'
transformation = 'none'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', 'none', 'spm12Serial', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'grey'
space = 'average'
transformation = 'none'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', 'none', 'spm12Serial', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'csf'
space = 'average'
transformation = 'none'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', '', '', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
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transformation = 'none'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', '', '', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'grey'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', '', '', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'csf'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', '', '', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'white'
space = 'average'
transformation = 'none'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', '', '', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', '', '', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
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space = 'halfway'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'white'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'white'
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warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', 'average', '', '', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', 'average', '', '', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'white'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
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transformation = 'none'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'grey'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'csf'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'grey'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'grey'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'csf'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'grey'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'white'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'white'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'white'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', 'average', '', '', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', 'average', '', '', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', 'none', 'spm12Serial', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', 'none', 'spm12Serial', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'grey'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', 'none', 'spm12Serial', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'csf'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', 'average', 'none', 'spm12Serial', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', 'average', 'none', 'spm12Serial', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', 'average', 'none', '', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', 'average', 'none', '', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', 'none', '', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', 'none', '', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'grey'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', 'none', '', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'csf'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', 'none', '', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', 'none', '', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'grey'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', 'none', '', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'csf'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', '', '', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', '', '', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'grey'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', '', '', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'csf'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', '', '', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', '', '', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'grey'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', '', '', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'csf'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Serial', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Serial', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'grey'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Serial', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'csf'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Serial', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'grey'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Serial', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm12Serial', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm12Serial', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm12Serial', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm12Serial', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', 'average', 'none', '', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', 'average', 'none', '', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Serial', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Serial', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'grey'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Serial', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'csf'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Serial', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'grey'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Serial', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Serial', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Serial', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm12Serial', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm12Serial', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm12Serial', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'white'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', '', 'spm12Serial', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', '', 'spm12Serial', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'grey'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', '', 'spm12Serial', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'csf'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm12Serial', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm12Serial', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', 'none', 'spm12Serial', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', 'none', 'spm12Serial', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'grey'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', 'none', 'spm12Serial', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'csf'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'white'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', 'average', '', 'spm12Serial', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', '', 'spm12Serial', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', '', 'spm12Serial', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'grey'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', '', 'spm12Serial', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'csf'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'grey'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'csf'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'grey'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'grey'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'csf'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'grey'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'white'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'grey'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'csf'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'grey'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'grey'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'csf'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'grey'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'white'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (True, False)
Priority offset: 0
template = ''
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
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Priority offset: 0
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
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Priority offset: 0
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
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Priority offset: 0
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
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Priority offset: 0
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
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Priority offset: 0
template = ''
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
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Priority offset: 0
template = ''
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
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Priority offset: 0
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
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Priority offset: 0
template = ''
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
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Priority offset: 0
template = ''
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
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Priority offset: 0
template = ''
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
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Priority offset: 0
template = ''
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
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Priority offset: 0
template = ''
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', 'average', 'none', 'spm12Serial', 'none', 'none') (True, False)
Priority offset: 0
template = ''
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
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Priority offset: 0
template = ''
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', 'none', 'none') (True, False)
Priority offset: 0
template = ''
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', '', '') (True, False)
Priority offset: 0
template = ''
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', '', '') (True, False)
Priority offset: 0
template = ''
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm12Serial', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
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transformation = 'none'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm12Serial', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', 'average', 'none', '', 'none', '') (True, False)
Priority offset: 0
template = ''
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', 'average', 'none', '', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
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transformation = 'none'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm12Serial', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
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space = 'average'
transformation = 'none'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', 'average', '', '', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'csf'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', 'average', '', '', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'csf'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', 'average', '', '', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'csf'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', 'average', '', '', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'csf'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', 'average', '', 'spm12Serial', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'csf'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm12Serial', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'csf'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm12Serial', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'csf'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm12Serial', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'csf'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'csf'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'csf'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', 'average', 'none', 'spm12Serial', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'csf'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm12Serial', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'csf'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', 'average', '', '', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'csf'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', 'average', '', '', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'csf'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', 'average', '', 'spm12Serial', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'csf'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm12Serial', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'csf'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', 'average', 'none', '', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'csf'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', 'average', 'none', '', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'csf'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'csf'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'csf'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', 'average', '', '', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'csf'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', 'average', '', '', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'csf'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', 'average', '', 'spm12Serial', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'csf'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', 'average', 'none', '', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'csf'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', 'average', 'none', '', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'csf'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'csf'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'csf'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'csf'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'csf'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'halfway', '', '', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'grey'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'halfway', '', '', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'halfway', '', '', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'grey'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'halfway', '', '', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'white'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', 'halfway', 'none', '', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'grey'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', 'halfway', 'none', '', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'grey'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'halfway', '', 'spm12Serial', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'grey'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'halfway', '', 'spm12Serial', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'halfway', 'none', '', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'grey'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'halfway', 'none', '', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'halfway', 'none', '', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'grey'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'halfway', 'none', '', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'white'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', 'halfway', '', 'spm12Serial', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'grey'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', 'halfway', '', '', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'grey'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', 'halfway', '', '', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'grey'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'halfway', '', '', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'grey'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'halfway', '', '', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'halfway', '', '', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'grey'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'halfway', '', '', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'white'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', 'halfway', 'none', 'spm12Serial', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'grey'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'halfway', '', 'spm12Serial', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'grey'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'halfway', '', 'spm12Serial', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
space = 'halfway'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', 'halfway', '', '', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'grey'
space = 'halfway'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba_rigid_registered

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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba_rigid_registered

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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba_rigid_registered

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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
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template = ''
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
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template = ''
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
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Priority offset: 0
template = ''
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
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Priority offset: 0
template = ''
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
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Priority offset: 0
template = ''
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', 'none', 'none') (True, False)
Priority offset: 0
template = ''
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm12Serial', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
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transformation = 'rigid'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm12Serial', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'rigid', '', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'rigid', '', 'none', 'none') (True, False)
Priority offset: 0
template = ''
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'rigid', '', 'none', '') (True, False)
Priority offset: 0
template = ''
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'rigid', '', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'rigid', 'spm12Serial', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'rigid', 'spm12Serial', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'rigid', 'spm12Serial', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'rigid', '', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'rigid', '', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
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transformation = 'rigid'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'rigid', '', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'rigid', '', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
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modulation = 'none'
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{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'rigid', 'spm12Serial', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Serial'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', 'average', '', 'spm12Pairwise', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm12Pairwise', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'white'
space = 'average'
transformation = 'none'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm12Pairwise', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'white'
space = 'halfway'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Pairwise', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Pairwise', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'grey'
space = 'average'
transformation = 'none'
modulation = 'none'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Pairwise', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'csf'
space = 'average'
transformation = 'none'
modulation = 'none'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Pairwise', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
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space = 'halfway'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Pairwise', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'white'
space = 'halfway'
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modulation = 'none'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm12Pairwise', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm12Pairwise', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'white'
space = 'halfway'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm12Pairwise', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'white'
transformation = 'rigid'
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warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Pairwise', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Pairwise', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'grey'
space = 'average'
transformation = 'none'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Pairwise', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'csf'
space = 'average'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Pairwise', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
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space = 'halfway'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Pairwise', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
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space = 'halfway'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm12Pairwise', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'white'
space = 'average'
transformation = 'none'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm12Pairwise', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'white'
space = 'halfway'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm12Pairwise', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', 'average', '', 'spm12Pairwise', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
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space = 'average'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm12Pairwise', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
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space = 'average'
transformation = 'none'
modulation = 'none'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm12Pairwise', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
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space = 'halfway'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Pairwise', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
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space = 'average'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Pairwise', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'grey'
space = 'average'
transformation = 'none'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Pairwise', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'csf'
space = 'average'
transformation = 'none'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Pairwise', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
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space = 'halfway'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Pairwise', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
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space = 'halfway'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Pairwise', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'grey'
transformation = 'rigid'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Pairwise', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm12Pairwise', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm12Pairwise', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'white'
space = 'halfway'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm12Pairwise', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'white'
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warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Pairwise', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'white'
space = 'average'
transformation = 'none'
modulation = 'none'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Pairwise', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'grey'
space = 'average'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
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Priority offset: 0
template = ''
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
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Priority offset: 0
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Pairwise', '', '') (True, False)
Priority offset: 0
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
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Priority offset: 0
template = ''
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
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Priority offset: 0
template = ''
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', 'none', 'spm12Pairwise', '', '') (True, False)
Priority offset: 0
template = ''
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', 'average', '', 'spm12Pairwise', 'none', 'none') (True, False)
Priority offset: 0
template = ''
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
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Priority offset: 0
template = ''
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', '', 'spm12Pairwise', 'none', '') (True, False)
Priority offset: 0
template = ''
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', '', 'spm12Pairwise', 'none', '') (True, False)
Priority offset: 0
template = ''
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', '', 'spm12Pairwise', '', 'none') (True, False)
Priority offset: 0
template = ''
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', '', 'spm12Pairwise', '', 'none') (True, False)
Priority offset: 0
template = ''
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', '', 'spm12Pairwise', '', 'none') (True, False)
Priority offset: 0
template = ''
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', 'average', '', 'spm12Pairwise', '', '') (True, False)
Priority offset: 0
template = ''
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', 'none', 'spm12Pairwise', 'none', '') (True, False)
Priority offset: 0
template = ''
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', 'none', 'spm12Pairwise', 'none', '') (True, False)
Priority offset: 0
template = ''
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', 'none', 'spm12Pairwise', 'none', '') (True, False)
Priority offset: 0
template = ''
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', 'average', 'none', 'spm12Pairwise', '', '') (True, False)
Priority offset: 0
template = ''
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Pairwise', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Pairwise', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Pairwise', '', '') (True, False)
Priority offset: 0
template = ''
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Pairwise', '', '') (True, False)
Priority offset: 0
template = ''
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Pairwise', '', '') (True, False)
Priority offset: 0
template = ''
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Pairwise', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Pairwise', '', '') (True, False)
Priority offset: 0
template = ''
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', '', 'spm12Pairwise', '', '') (True, False)
Priority offset: 0
template = ''
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', '', 'spm12Pairwise', '', '') (True, False)
Priority offset: 0
template = ''
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', '', 'spm12Pairwise', '', '') (True, False)
Priority offset: 0
template = ''
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', 'average', 'none', 'spm12Pairwise', 'none', 'none') (True, False)
Priority offset: 0
template = ''
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm12Pairwise', '', 'none') (True, False)
Priority offset: 0
template = ''
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm12Pairwise', '', 'none') (True, False)
Priority offset: 0
template = ''
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', 'average', 'none', 'spm12Pairwise', '', 'none') (True, False)
Priority offset: 0
template = ''
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', 'none', 'spm12Pairwise', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', 'none', 'spm12Pairwise', '', 'none') (True, False)
Priority offset: 0
template = ''
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', 'none', 'spm12Pairwise', '', 'none') (True, False)
Priority offset: 0
template = ''
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', 'average', 'none', 'spm12Pairwise', 'none', '') (True, False)
Priority offset: 0
template = ''
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', '', 'spm12Pairwise', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', '', 'spm12Pairwise', 'none', 'none') (True, False)
Priority offset: 0
template = ''
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'average', '', 'spm12Pairwise', 'none', 'none') (True, False)
Priority offset: 0
template = ''
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Pairwise', 'none', '') (True, False)
Priority offset: 0
template = ''
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Pairwise', 'none', '') (True, False)
Priority offset: 0
template = ''
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Pairwise', 'none', '') (True, False)
Priority offset: 0
template = ''
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Pairwise', 'none', '') (True, False)
Priority offset: 0
template = ''
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Pairwise', 'none', '') (True, False)
Priority offset: 0
template = ''
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Pairwise', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Pairwise', 'none', '') (True, False)
Priority offset: 0
template = ''
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm12Pairwise', '', '') (True, False)
Priority offset: 0
template = ''
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm12Pairwise', '', '') (True, False)
Priority offset: 0
template = ''
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm12Pairwise', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Pairwise', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Pairwise', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

Formats: 'BrainVISA volume formats'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_csf_proba

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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

Formats: 'BrainVISA volume formats'
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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba

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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

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{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba

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template = ''
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tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm12Pairwise', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm12Pairwise', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'rigid', 'spm12Pairwise', '', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'rigid', 'spm12Pairwise', '', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'rigid', 'spm12Pairwise', 'none', 'none') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'rigid', 'spm12Pairwise', 'none', '') (True, False)
Priority offset: 0
template = ''
processing = 'spm12Pairwise'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp1<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp1<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp1<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp1<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp2<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp2<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp3<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp3<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp4<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp4<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp5<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp5<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp6<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp6<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp7<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp7<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp1<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp1<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp1<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp1<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp2<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp2<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp3<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp3<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp4<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp4<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp5<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp5<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp6<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp6<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp7<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp7<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp1<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp1<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp1<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp1<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp2<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp2<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp3<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp3<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp4<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp4<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp5<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp5<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp6<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp6<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp7<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp7<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp1<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp1<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp1<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp1<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp1<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp1<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp2<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp2<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp3<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp3<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp4<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp4<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp5<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp5<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp6<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp6<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp7<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp7<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp1<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp1<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp2<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp2<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp3<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp3<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp4<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp4<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp5<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp5<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp6<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp6<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp7<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp7<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp1<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp1<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp2<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp2<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp3<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp3<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp4<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp4<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp5<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp5<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp6<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp6<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp7<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp7<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp1<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp1<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp2<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp2<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp3<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp3<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp4<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp4<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp5<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp5<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp6<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp6<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp7<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp7<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'cat12Segment', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp1<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'cat12Segment', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp1<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'cat12Segment', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp1<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp1<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp1<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp1<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp1<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp1<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp2<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp2<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp3<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp3<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp4<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp4<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp5<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp5<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp6<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp6<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp7<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp7<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'cat12Segment', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', 'high-dimensional', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'cat12Segment', 'high-dimensional', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'cat12Segment', 'high-dimensional', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'high-dimensional', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'high-dimensional', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'high-dimensional', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'high-dimensional', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'high-dimensional', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'high-dimensional', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'high-dimensional', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
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transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
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transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
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modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
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transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
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modulation = 'none'
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'cat12Segment', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'cat12Segment', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'cat12Segment', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
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transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
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transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
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transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
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transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'cat12Segment', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'cat12Segment', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'cat12Segment', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
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transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
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processing = 'cat12Segment'
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
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transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
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processing = 'cat12Segment'
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transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
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modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
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transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', 'high-dimensional', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', 'high-dimensional', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', 'high-dimensional', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', 'high-dimensional', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', 'high-dimensional', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', 'high-dimensional', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', 'high-dimensional', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', 'high-dimensional', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', '', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'high-dimensional', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'high-dimensional', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'high-dimensional', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'high-dimensional', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'high-dimensional', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'high-dimensional', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'high-dimensional', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', 'high-dimensional', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', 'high-dimensional', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', 'high-dimensional', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', 'high-dimensional', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', 'high-dimensional', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', 'high-dimensional', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', 'high-dimensional', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', 'high-dimensional', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
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tissue_class = 'skull'
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
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transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
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transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'cat12Segment', 'high-dimensional', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
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modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'cat12Segment', 'high-dimensional', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
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transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'cat12Segment', '', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
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transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
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transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
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transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
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transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
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modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
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modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
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transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', '', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
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modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', '', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
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transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', '', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
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transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', '', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
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tissue_class = 'skull'
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transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', '', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
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transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', '', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
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transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', '', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
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transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', 'high-dimensional', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
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transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
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transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
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transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
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transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
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transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
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transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
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transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
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transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
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transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
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transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
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transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
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transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
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transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
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transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'cat12Segment', '', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
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transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', '', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
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transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', '', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
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modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
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transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
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modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
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modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
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modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
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transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
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transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
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transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', '', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
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modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', '', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
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modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', '', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
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transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', '', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
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modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', '', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
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modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', '', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
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transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', '', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
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processing = 'cat12Segment'
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transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
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transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
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modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
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transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp5<subject>

Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp6<subject>

Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'non-linear only') (True, True)
Priority offset: 0
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp1<subject>

Formats: 'BrainVISA volume formats'
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acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp1<subject>

Formats: 'BrainVISA volume formats'
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Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp1<subject>

Formats: 'BrainVISA volume formats'
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Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp2<subject>

Formats: 'BrainVISA volume formats'
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Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp3<subject>

Formats: 'BrainVISA volume formats'
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Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp4<subject>

Formats: 'BrainVISA volume formats'
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Priority offset: 0
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp5<subject>

Formats: 'BrainVISA volume formats'
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Priority offset: 0
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp6<subject>

Formats: 'BrainVISA volume formats'
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Priority offset: 0
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'high-dimensional', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'high-dimensional', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp3<subject>

Formats: 'BrainVISA volume formats'
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Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'high-dimensional', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'high-dimensional', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', 'high-dimensional', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp7<subject>

Formats: 'BrainVISA volume formats'
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Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp1<subject>

Formats: 'BrainVISA volume formats'
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Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp2<subject>

Formats: 'BrainVISA volume formats'
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Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp3<subject>

Formats: 'BrainVISA volume formats'
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Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'cat12Segment', 'high-dimensional', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp5<subject>

Formats: 'BrainVISA volume formats'
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Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp6<subject>

Formats: 'BrainVISA volume formats'
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Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp7<subject>

Formats: 'BrainVISA volume formats'
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Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp1<subject>

Formats: 'BrainVISA volume formats'
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Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp3<subject>

Formats: 'BrainVISA volume formats'
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Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp5<subject>

Formats: 'BrainVISA volume formats'
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Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'cat12Segment', '', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp1<subject>

Formats: 'BrainVISA volume formats'
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Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp1<subject>

Formats: 'BrainVISA volume formats'
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Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'cat12Segment', '', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', 'high-dimensional', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', '', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp1<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
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transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp1<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
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processing = 'cat12Segment'
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modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp2<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
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modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp3<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
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processing = 'cat12Segment'
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transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp4<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
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processing = 'cat12Segment'
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transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp5<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
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processing = 'cat12Segment'
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transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp6<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
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transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp7<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
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transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp1<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
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transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp2<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
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transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp3<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
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processing = 'cat12Segment'
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transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp4<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
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transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp5<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
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warping_method = 'none'
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transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp6<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp7<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp1<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'rigid', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp1<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'rigid', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp1<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'rigid', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp1<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'rigid', '', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp1<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'cat12Segment', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp2<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'cat12Segment', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp3<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'cat12Segment', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp4<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'cat12Segment', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp5<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'cat12Segment', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp6<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'cat12Segment', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp7<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'cat12Segment', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp1<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp2<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp3<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp4<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp5<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp6<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp7<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp1<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'rigid', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp1<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp2<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp3<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp4<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp5<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp6<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp7<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp1<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'rigid', 'cat12Segment', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp1<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp2<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp3<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp4<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp5<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp6<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp7<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp1<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'rigid', '', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp1<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp2<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp3<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp4<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp5<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp6<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp7<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp1<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'rigid', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp1<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp2<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp3<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp4<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp5<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp6<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp7<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp1<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp2<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp3<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp4<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp5<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp6<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp7<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp1<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'affine', '', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'grey'
warping_method = 'none'
modulation = 'none'
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp1<subject>_affine

Formats: 'BrainVISA volume formats'
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Priority offset: 0
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp2<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', 'none', '') (True, True)
Priority offset: 0
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp3<subject>_affine

Formats: 'BrainVISA volume formats'
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Priority offset: 0
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp4<subject>_affine

Formats: 'BrainVISA volume formats'
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Priority offset: 0
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp5<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', 'none', '') (True, True)
Priority offset: 0
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp6<subject>_affine

Formats: 'BrainVISA volume formats'
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Priority offset: 0
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp7<subject>_affine

Formats: 'BrainVISA volume formats'
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Priority offset: 0
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp1<subject>_affine

Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp1<subject>_affine

Formats: 'BrainVISA volume formats'
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Priority offset: 0
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp2<subject>_affine

Formats: 'BrainVISA volume formats'
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Priority offset: 0
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp3<subject>_affine

Formats: 'BrainVISA volume formats'
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Priority offset: 0
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp4<subject>_affine

Formats: 'BrainVISA volume formats'
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Priority offset: 0
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp5<subject>_affine

Formats: 'BrainVISA volume formats'
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Priority offset: 0
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp6<subject>_affine

Formats: 'BrainVISA volume formats'
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Priority offset: 0
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp7<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp1<subject>_affine

Formats: 'BrainVISA volume formats'
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Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp1<subject>_affine

Formats: 'BrainVISA volume formats'
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Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp1<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp2<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp3<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp4<subject>_affine

Formats: 'BrainVISA volume formats'
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Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp5<subject>_affine

Formats: 'BrainVISA volume formats'
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Priority offset: 0
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp6<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'cat12Segment', '', '') (True, True)
Priority offset: 0
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp7<subject>_affine

Formats: 'BrainVISA volume formats'
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Priority offset: 0
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp1<subject>_affine

Formats: 'BrainVISA volume formats'
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Priority offset: 0
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp2<subject>_affine

Formats: 'BrainVISA volume formats'
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Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp3<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp4<subject>_affine

Formats: 'BrainVISA volume formats'
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Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp5<subject>_affine

Formats: 'BrainVISA volume formats'
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Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp6<subject>_affine

Formats: 'BrainVISA volume formats'
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Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp7<subject>_affine

Formats: 'BrainVISA volume formats'
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Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp1<subject>_affine

Formats: 'BrainVISA volume formats'
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Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp1<subject>_affine

Formats: 'BrainVISA volume formats'
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Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp2<subject>_affine

Formats: 'BrainVISA volume formats'
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Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp3<subject>_affine

Formats: 'BrainVISA volume formats'
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Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp4<subject>_affine

Formats: 'BrainVISA volume formats'
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Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp5<subject>_affine

Formats: 'BrainVISA volume formats'
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Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp6<subject>_affine

Formats: 'BrainVISA volume formats'
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Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp7<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'cat12Segment', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp1<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'affine', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp1<subject>_affine

Formats: 'BrainVISA volume formats'
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Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp2<subject>_affine

Formats: 'BrainVISA volume formats'
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Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp3<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', '', 'none') (True, True)
Priority offset: 0
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp4<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp5<subject>_affine

Formats: 'BrainVISA volume formats'
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Priority offset: 0
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp6<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp7<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', '', 'none') (True, True)
Priority offset: 0
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp1<subject>_affine

Formats: 'BrainVISA volume formats'
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Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp1<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp2<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp3<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp4<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp5<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp6<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp7<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp1<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'affine', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
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warping_method = 'high-dimensional'
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transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp2<subject>

Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p2<subject>

Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp2<subject>

Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p2<subject>

Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp2<subject>

Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp2<subject>

Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp2<subject>

Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p2<subject>

Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p2<subject>

Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p2<subject>

Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp2<subject>

Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp2<subject>

Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp2<subject>

Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p2<subject>

Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp2<subject>_rigid

Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p2<subject>

Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp2<subject>

Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp2<subject>_affine

Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p2<subject>

Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p2<subject>

Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp2<subject>_rigid

Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp2<subject>_affine

Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p2<subject>

Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp2<subject>

Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp2<subject>

Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp2<subject>

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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p2<subject>

Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p2<subject>

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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp2<subject>

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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p2<subject>

Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p2<subject>

Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp2<subject>_affine

Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp2<subject>

Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'
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Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp2<subject>

Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp2<subject>

Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp2<subject>

Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp2<subject>

Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp2<subject>

Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp2<subject>

Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp2<subject>

Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp2<subject>

Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp2<subject>

Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp2<subject>

Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp2<subject>

Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp2<subject>

Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'cat12Segment', '', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', '', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', '', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'cat12Segment', 'high-dimensional', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', 'high-dimensional', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', 'high-dimensional', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'cat12Segment', '', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'cat12Segment', 'high-dimensional', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'cat12Segment', '', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', 'high-dimensional', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'cat12Segment', 'high-dimensional', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', '', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'cat12Segment', '', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', 'high-dimensional', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'cat12Segment', 'high-dimensional', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp2<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', '', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp2<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'rigid', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp2<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'rigid', '', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp2<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'rigid', '', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp2<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'rigid', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp2<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'rigid', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp2<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'rigid', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp2<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'rigid', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp2<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'rigid', 'cat12Segment', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp2<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'affine', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp2<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'affine', '', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp2<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'affine', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp2<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'affine', '', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp2<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'affine', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp2<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'affine', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp2<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'affine', 'cat12Segment', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp2<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'affine', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'white'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp3<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp3<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp3<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp3<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'cat12Segment', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'cat12Segment', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp3<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'cat12Segment', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp3<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'cat12Segment', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp3<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp3<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp3<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp3<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp3<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp3<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp3<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp3<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp3<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp3<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'cat12Segment', 'high-dimensional', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', 'high-dimensional', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'cat12Segment', 'high-dimensional', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'cat12Segment', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'cat12Segment', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'cat12Segment', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'cat12Segment', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'cat12Segment', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'cat12Segment', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', 'high-dimensional', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', '', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'cat12Segment', '', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', 'high-dimensional', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'cat12Segment', 'high-dimensional', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', 'high-dimensional', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', '', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'cat12Segment', '', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'cat12Segment', 'high-dimensional', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', '', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'cat12Segment', 'high-dimensional', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', 'high-dimensional', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'cat12Segment', '', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', '', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', 'high-dimensional', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'cat12Segment', 'high-dimensional', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp3<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'cat12Segment', '', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp3<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'rigid', '', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp3<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'rigid', '', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp3<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'rigid', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp3<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'rigid', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp3<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'rigid', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp3<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'rigid', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp3<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'rigid', 'cat12Segment', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp3<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'rigid', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp3<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'affine', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp3<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'affine', '', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp3<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'affine', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp3<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'affine', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp3<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'affine', 'cat12Segment', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp3<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'affine', '', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp3<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'affine', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp3<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'affine', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'csf'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp4<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp4<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'cat12Segment', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp4<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp4<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp4<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp4<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp4<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp4<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp4<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp4<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'cat12Segment', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp4<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'cat12Segment', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp4<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'cat12Segment', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp4<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp4<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp4<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp4<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'cat12Segment', 'high-dimensional', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', 'high-dimensional', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'cat12Segment', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'cat12Segment', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'cat12Segment', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'cat12Segment', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'cat12Segment', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'cat12Segment', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'cat12Segment', 'high-dimensional', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', 'high-dimensional', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'cat12Segment', 'high-dimensional', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'cat12Segment', 'high-dimensional', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', 'high-dimensional', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'cat12Segment', '', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', '', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', 'high-dimensional', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', '', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'cat12Segment', '', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', 'high-dimensional', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'cat12Segment', '', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', '', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'cat12Segment', '', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'cat12Segment', 'high-dimensional', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', '', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', 'high-dimensional', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp4<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'cat12Segment', 'high-dimensional', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp4<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'rigid', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp4<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'rigid', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp4<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'rigid', 'cat12Segment', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp4<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'rigid', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp4<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'rigid', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp4<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'rigid', '', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp4<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'rigid', '', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp4<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'rigid', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp4<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'affine', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp4<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'affine', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp4<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'affine', 'cat12Segment', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp4<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'affine', '', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp4<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'affine', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp4<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'affine', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp4<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'affine', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp4<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'affine', '', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'skull'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp5<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp5<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp5<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp5<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp5<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp5<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp5<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp5<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'cat12Segment', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp5<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp5<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp5<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp5<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp5<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp5<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'cat12Segment', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp5<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'cat12Segment', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp5<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'cat12Segment', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', 'high-dimensional', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', 'high-dimensional', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'cat12Segment', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'cat12Segment', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'cat12Segment', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'cat12Segment', 'high-dimensional', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'cat12Segment', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'cat12Segment', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'cat12Segment', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'cat12Segment', 'high-dimensional', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', '', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', 'high-dimensional', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', '', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'cat12Segment', 'high-dimensional', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'cat12Segment', '', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', 'high-dimensional', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'cat12Segment', '', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'cat12Segment', 'high-dimensional', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', 'high-dimensional', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', 'high-dimensional', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', '', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'cat12Segment', 'high-dimensional', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'cat12Segment', 'high-dimensional', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'cat12Segment', '', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'cat12Segment', '', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp5<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', '', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp5<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'rigid', '', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp5<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'rigid', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp5<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'rigid', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp5<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'rigid', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp5<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'rigid', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp5<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'rigid', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp5<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'rigid', 'cat12Segment', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp5<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'rigid', '', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp5<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'affine', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp5<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'affine', 'cat12Segment', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp5<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'affine', '', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp5<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'affine', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp5<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'affine', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp5<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'affine', '', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp5<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'affine', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp5<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'affine', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'scalp'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp6<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp6<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'cat12Segment', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp6<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'cat12Segment', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp6<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'cat12Segment', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp6<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp6<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp6<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp6<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp6<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp6<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp6<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp6<subject>_affine

Formats: 'BrainVISA volume formats'
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Priority offset: 0
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p6<subject>

Formats: 'BrainVISA volume formats'
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Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp6<subject>_rigid

Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp6<subject>_affine

Formats: 'BrainVISA volume formats'
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Priority offset: 0
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p6<subject>

Formats: 'BrainVISA volume formats'
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Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp6<subject>_rigid

Formats: 'BrainVISA volume formats'
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Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp6<subject>_affine

Formats: 'BrainVISA volume formats'
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Priority offset: 0
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p6<subject>

Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp6<subject>

Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp6<subject>

Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp6<subject>

Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p6<subject>

Formats: 'BrainVISA volume formats'
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Priority offset: 0
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp6<subject>

Formats: 'BrainVISA volume formats'
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Priority offset: 0
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp6<subject>

Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp6<subject>

Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp6<subject>

Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp6<subject>

Formats: 'BrainVISA volume formats'
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Priority offset: 0
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp6<subject>

Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp6<subject>

Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp6<subject>

Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp6<subject>

Formats: 'BrainVISA volume formats'
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Priority offset: 0
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp6<subject>

Formats: 'BrainVISA volume formats'
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Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp6<subject>

Formats: 'BrainVISA volume formats'
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Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp6<subject>

Formats: 'BrainVISA volume formats'
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Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp6<subject>

Formats: 'BrainVISA volume formats'
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Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp6<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp6<subject>

Formats: 'BrainVISA volume formats'
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Priority offset: 0
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp6<subject>

Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp6<subject>

Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp6<subject>

Formats: 'BrainVISA volume formats'
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Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp6<subject>

Formats: 'BrainVISA volume formats'
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Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp6<subject>

Formats: 'BrainVISA volume formats'
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Priority offset: 0
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp6<subject>

Formats: 'BrainVISA volume formats'
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Priority offset: 0
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp6<subject>

Formats: 'BrainVISA volume formats'
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Priority offset: 0
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp6<subject>

Formats: 'BrainVISA volume formats'
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Priority offset: 0
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp6<subject>

Formats: 'BrainVISA volume formats'
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Priority offset: 0
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp6<subject>

Formats: 'BrainVISA volume formats'
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Priority offset: 0
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp6<subject>

Formats: 'BrainVISA volume formats'
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Priority offset: 0
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp6<subject>

Formats: 'BrainVISA volume formats'
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Priority offset: 0
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp6<subject>

Formats: 'BrainVISA volume formats'
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Priority offset: 0
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp6<subject>

Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp6<subject>

Formats: 'BrainVISA volume formats'
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Priority offset: 0
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp6<subject>

Formats: 'BrainVISA volume formats'
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp6<subject>

Formats: 'BrainVISA volume formats'
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Priority offset: 0
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp6<subject>_rigid

Formats: 'BrainVISA volume formats'
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Priority offset: 0
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp6<subject>_rigid

Formats: 'BrainVISA volume formats'
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Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp6<subject>_rigid

Formats: 'BrainVISA volume formats'
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Priority offset: 0
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp6<subject>_rigid

Formats: 'BrainVISA volume formats'
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Priority offset: 0
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp6<subject>_rigid

Formats: 'BrainVISA volume formats'
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Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp6<subject>_rigid

Formats: 'BrainVISA volume formats'
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Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp6<subject>_rigid

Formats: 'BrainVISA volume formats'
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Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp6<subject>_rigid

Formats: 'BrainVISA volume formats'
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Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp6<subject>_affine

Formats: 'BrainVISA volume formats'
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Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp6<subject>_affine

Formats: 'BrainVISA volume formats'
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Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp6<subject>_affine

Formats: 'BrainVISA volume formats'
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Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp6<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'affine', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp6<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'affine', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp6<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'affine', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp6<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'affine', '', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp6<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'affine', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'none'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', 'none', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', 'none', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', '', '', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp7<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', '', '', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp7<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', '', '', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', '', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', '', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp7<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', '', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp7<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', '', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', 'none', 'cat12Segment', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', '', '', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp7<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', '', '', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp7<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', '', '', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp7<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp7<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', '', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', 'none', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', 'none', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', 'none', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', 'none', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', 'none', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', 'none', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', 'none', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', 'none', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', 'none', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', 'none', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', 'none', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', '', 'cat12Segment', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp7<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', '', 'cat12Segment', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp7<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', '', 'cat12Segment', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp7<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp7<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', '', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', '', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp7<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', '', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp7<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', '', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', '', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', '', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp7<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', '', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp7<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', '', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', 'none', '', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/p7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', 'none', '', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', '', '', 'high-dimensional', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', 'none', 'cat12Segment', 'high-dimensional', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', 'none', '', 'high-dimensional', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', '', 'cat12Segment', 'high-dimensional', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', '', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', '', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', '', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', 'none', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', 'none', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', 'none', '', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', 'none', 'cat12Segment', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', 'none', 'cat12Segment', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', 'none', 'cat12Segment', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/wp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', '', 'cat12Segment', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', '', 'cat12Segment', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', '', 'cat12Segment', 'high-dimensional', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', 'none', 'cat12Segment', 'high-dimensional', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', 'none', 'cat12Segment', '', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', 'none', '', 'high-dimensional', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', '', 'cat12Segment', 'high-dimensional', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', '', '', '', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', '', '', 'high-dimensional', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', '', 'cat12Segment', '', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/mwp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', 'none', '', '', 'affine and non-linear') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'affine and non-linear'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', '', 'cat12Segment', 'high-dimensional', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', 'none', 'cat12Segment', 'high-dimensional', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', 'none', 'cat12Segment', '', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', '', '', '', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', '', '', 'high-dimensional', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', 'none', '', 'high-dimensional', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', 'none', '', '', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/m0wp7<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', '', 'cat12Segment', '', 'non-linear only') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'high-dimensional'
modulation = 'non-linear only'
transformation = 'none'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp7<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', 'rigid', '', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp7<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', 'rigid', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp7<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', 'rigid', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp7<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', 'rigid', '', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp7<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', 'rigid', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp7<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', 'rigid', 'cat12Segment', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp7<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', 'rigid', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp7<subject>_rigid

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', 'rigid', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'rigid'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp7<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', 'affine', '', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp7<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', 'affine', '', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp7<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', 'affine', '', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp7<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', 'affine', 'cat12Segment', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp7<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', 'affine', '', 'none', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp7<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', 'affine', 'cat12Segment', 'none', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp7<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', 'affine', 'cat12Segment', '', '') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/cat12Segment/{acquisition}/{analysis}/mri/rp7<subject>_affine

Formats: 'BrainVISA volume formats'
Rule selection key: ('wmh', '', 'affine', 'cat12Segment', '', 'none') (True, True)
Priority offset: 0
acquisition_sequence = ''
template = ''
processing = 'cat12Segment'
tissue_class = 'wmh'
warping_method = 'none'
modulation = 'none'
transformation = 'affine'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm12Segment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm12Segment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm12Segment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm12Segment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm12Segment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm12Segment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm12Segment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm12Segment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm12Segment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm12Segment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm12Segment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm12Segment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm12Segment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm12Segment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm12Segment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm12Segment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm12Segment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm12Segment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm12Segment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm12Segment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm12Segment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm12Segment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm12Segment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm12Segment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm12Segment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm12Segment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm12Segment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm12Segment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm12Segment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm12Segment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm12Segment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm12Segment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm12Segment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm12Segment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm12Segment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm12Segment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm12Segment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm12Segment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm12Segment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm12Segment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm12Segment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm12Segment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm12Segment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm12Segment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm12Segment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm12Segment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm12Segment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm12Segment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'rigid', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'rigid', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'rigid', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'rigid', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'rigid', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'rigid', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'rigid', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'rigid', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'rigid', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'rigid', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'rigid', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'rigid', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'rigid', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'rigid', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm12Segment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm12Segment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm12Segment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm12Segment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm12Segment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm12Segment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'rigid', 'spm12Segment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'rigid', 'spm12Segment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm12Segment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm12Segment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm12Segment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm12Segment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm12Segment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm12Segment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'rigid', 'spm12Segment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'rigid', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'rigid', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'rigid', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'rigid', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'rigid', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'rigid', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'rigid', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'rigid', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'rigid', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'rigid', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'rigid', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'rigid', 'spm12Segment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'rigid', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'rigid', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'rigid', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'rigid', 'spm12Segment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'rigid', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'rigid', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'rigid', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'rigid', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'rigid', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'rigid', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'rigid', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'rigid', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'rigid', 'spm12Segment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'rigid', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'rigid', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'rigid', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'rigid', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'rigid', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'rigid', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'rigid', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'rigid', 'spm12Segment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'rigid', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'rigid', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'rigid', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'rigid', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'rigid', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'rigid', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'rigid', 'spm12Segment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'rigid', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'rigid', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'rigid', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'rigid', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'rigid', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'rigid', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'rigid', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'rigid', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'rigid', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'rigid', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'rigid', 'spm12Segment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'rigid', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'rigid', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'rigid', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'rigid', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'rigid', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'rigid', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'rigid', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'rigid', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'rigid', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'rigid', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'rigid', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'rigid', 'spm12Segment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'rigid', 'spm12Segment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'rigid', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'rigid', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'rigid', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'rigid', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'rigid', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'rigid', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'rigid', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'rigid', 'spm12Segment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'rigid', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'rigid', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'rigid', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'rigid', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'rigid', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'rigid', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'rigid', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'affine', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'affine', 'spm12Segment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'affine', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'affine', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'affine', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'affine', 'spm12Segment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'affine', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'affine', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'affine', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'affine', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'affine', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'affine', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'spm12Segment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'spm12Segment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'spm12Segment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'spm12Segment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'spm12Segment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'spm12Segment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'affine', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'affine', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'affine', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'affine', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'spm12Segment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'spm12Segment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'spm12Segment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'spm12Segment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'spm12Segment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'spm12Segment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'affine', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'affine', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'affine', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'affine', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'affine', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'affine', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'affine', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'affine', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'affine', 'spm12Segment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'affine', 'spm12Segment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'affine', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'affine', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'affine', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'affine', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'affine', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'affine', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'affine', 'spm12Segment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'affine', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'affine', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'affine', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'affine', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'affine', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'affine', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'affine', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'affine', 'spm12Segment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'affine', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'affine', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'affine', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'affine', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'affine', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'affine', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'affine', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'affine', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'affine', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'affine', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'affine', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'affine', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'affine', 'spm12Segment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'affine', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'affine', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'affine', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'affine', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'affine', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'affine', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'affine', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'affine', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'affine', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'affine', 'spm12Segment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'affine', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'affine', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'affine', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'affine', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'affine', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'affine', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'affine', 'spm12Segment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'affine', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'affine', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'affine', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'affine', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'affine', 'spm12Segment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'affine', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'affine', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'affine', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'affine', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'affine', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'affine', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'affine', '', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'affine', 'spm12Segment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'affine', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'affine', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'affine', '', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'affine', 'spm12Segment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'affine', 'spm12Segment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'affine', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'affine', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'affine', '', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'affine', 'spm12Segment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'affine', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'affine', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'affine', '', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm12Segment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm12Segment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm12Segment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm12Segment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm12Segment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm12Segment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm12Segment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm12Segment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm12Segment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm12Segment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm12Segment', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm12Segment', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm12Segment', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm12Segment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm12Segment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm12Segment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm12Segment', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm12Segment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm12Segment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm12Segment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm12Segment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm12Segment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm12Segment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm12Segment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm12Segment', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm12Segment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm12Segment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm12Segment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm12Segment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm12Segment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm12Segment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm12Segment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm12Segment', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm12Segment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm12Segment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm12Segment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm12Segment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm12Segment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm12Segment', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm12Segment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm12Segment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm12Segment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm12Segment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm12Segment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm12Segment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm12Segment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm12Segment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm12Segment', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm12Segment', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm12Segment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm12Segment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm12Segment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm12Segment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm12Segment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm12Segment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm12Segment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm12Segment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm12Segment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm12Segment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm12Segment', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm12Segment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm12Segment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm12Segment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm12Segment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm12Segment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm12Segment', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm12Segment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm12Segment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm12Segment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm12Segment', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm12Segment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm12Segment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm12Segment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm12Segment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm12Segment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm12Segment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm12Segment', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm12Segment', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm12Segment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm12Segment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm12Segment', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm12Segment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm12Segment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm12Segment', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm12Segment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm12Segment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm12Segment', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm12Segment', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm12Segment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm12Segment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm12Segment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm12Segment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm12Segment', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm12Segment', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm12Segment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm12Segment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm12Segment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm12Segment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm12Segment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm12Segment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm12Segment', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm12Segment', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm12Segment', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm12Segment', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm12Segment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm12Segment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm12Segment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm12Segment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm12Segment', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm12Segment', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm12Segment', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm12Segment', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm12Segment', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm12Segment', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm12Segment', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm12Segment', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm12Segment', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm12Segment', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm12Segment', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm12Segment', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm12Segment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm12Segment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm12Segment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm12Segment', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm12Segment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm12Segment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm12Segment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm12Segment', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm12Segment', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm12Segment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm12Segment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm12Segment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm12Segment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm12Segment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm12Segment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm12Segment', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm12Segment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm12Segment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm12Segment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm12Segment', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm12Segment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm12Segment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm12Segment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm12Segment', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm12Segment', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm12Segment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm12Segment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm12Segment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm12Segment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm12Segment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm12Segment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm12Segment', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm12Segment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm12Segment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm12Segment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm12Segment', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm12Segment', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm12Segment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm12Segment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm12Segment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm12Segment', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm12Segment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm12Segment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm12Segment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm12Segment', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm12Segment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm12Segment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm12Segment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm12Segment', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm12Segment', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm12Segment', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm12Segment', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm12Segment', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm12Segment', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm12Segment', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm12Segment', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm12Segment', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm12Segment', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm12Segment', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm12Segment', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', '', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', '', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', '', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm12Segment', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm12Segment', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm12Segment', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm12Segment', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', '', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm12Segment', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm12Segment', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', '', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', '', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', '', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm12Segment', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', '', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm12Segment', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', '', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm12Segment', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm12Segment', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', '', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', '', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', '', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm12Segment', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm12Segment', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', '', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm12Segment', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm12Segment', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm12Segment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm12Segment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', '', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
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Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
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Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
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Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'none', 'none') (False, True)
Priority offset: 0
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'none', 'none') (False, True)
Priority offset: 0
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
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Priority offset: 0
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
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Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'none', 'none') (False, True)
Priority offset: 0
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
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Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm8VBMSegmentation', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm8VBMSegmentation', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm8VBMSegmentation', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm8VBMSegmentation', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm8VBMSegmentation', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm8VBMSegmentation', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm8VBMSegmentation', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm8VBMSegmentation', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
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modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'none'
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'none'
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
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modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'rigid'
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warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
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modulation = 'none'
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
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modulation = 'none'
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
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modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
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modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
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modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
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modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
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modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
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modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
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modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
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modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm8VBMSegmentation', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'none'
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{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm8VBMSegmentation', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm8VBMSegmentation', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm8VBMSegmentation', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm8VBMSegmentation', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm8VBMSegmentation', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
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modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm8VBMSegmentation', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm8VBMSegmentation', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm8VBMSegmentation', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm8VBMSegmentation', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm8VBMSegmentation', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm8VBMSegmentation', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm8VBMSegmentation', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm8VBMSegmentation', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm8VBMSegmentation', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm8VBMSegmentation', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm8VBMSegmentation', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm8VBMSegmentation', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm8VBMSegmentation', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm8VBMSegmentation', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm8VBMSegmentation', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm8VBMSegmentation', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm8VBMSegmentation', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm8VBMSegmentation', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm8VBMSegmentation', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm8VBMSegmentation', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm8VBMSegmentation', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm8VBMSegmentation', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm8VBMSegmentation', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm8VBMSegmentation', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm8VBMSegmentation', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm8VBMSegmentation', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm8VBMSegmentation', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm8VBMSegmentation', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm8VBMSegmentation', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm8VBMSegmentation', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm8VBMSegmentation', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm8VBMSegmentation', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm8VBMSegmentation', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm8VBMSegmentation', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm8VBMSegmentation', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm8VBMSegmentation', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm8VBMSegmentation', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm8VBMSegmentation', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm8VBMSegmentation', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm8VBMSegmentation', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'rigid', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'rigid', 'spm8VBMSegmentation', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'rigid', 'spm8VBMSegmentation', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'rigid', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm8VBMSegmentation', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm8VBMSegmentation', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm8VBMSegmentation', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm8VBMSegmentation', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm8VBMSegmentation', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm8VBMSegmentation', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'rigid', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'rigid', 'spm8VBMSegmentation', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'rigid', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'rigid', 'spm8VBMSegmentation', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'rigid', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'rigid', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'rigid', 'spm8VBMSegmentation', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'rigid', 'spm8VBMSegmentation', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'rigid', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'rigid', 'spm8VBMSegmentation', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'rigid', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'rigid', 'spm8VBMSegmentation', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'rigid', 'spm8VBMSegmentation', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'rigid', 'spm8VBMSegmentation', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'rigid', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'rigid', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'rigid', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'rigid', 'spm8VBMSegmentation', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'rigid', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'rigid', 'spm8VBMSegmentation', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'affine', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'spm8VBMSegmentation', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'spm8VBMSegmentation', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'spm8VBMSegmentation', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'spm8VBMSegmentation', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'spm8VBMSegmentation', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'spm8VBMSegmentation', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'affine', 'spm8VBMSegmentation', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'affine', 'spm8VBMSegmentation', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'spm8VBMSegmentation', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'spm8VBMSegmentation', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'spm8VBMSegmentation', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'spm8VBMSegmentation', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'spm8VBMSegmentation', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'spm8VBMSegmentation', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'affine', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'affine', 'spm8VBMSegmentation', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'affine', 'spm8VBMSegmentation', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'affine', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'affine', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'affine', 'spm8VBMSegmentation', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'affine', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'affine', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'affine', 'spm8VBMSegmentation', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'affine', 'spm8VBMSegmentation', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'affine', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'affine', 'spm8VBMSegmentation', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'affine', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'affine', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'affine', 'spm8VBMSegmentation', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'affine', 'spm8VBMSegmentation', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'affine', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'affine', 'spm8VBMSegmentation', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'affine', 'spm8VBMSegmentation', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'affine', 'spm8VBMSegmentation', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'affine', 'spm8VBMSegmentation', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm8VBMSegmentation', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm8VBMSegmentation', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm8VBMSegmentation', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm8VBMSegmentation', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm8VBMSegmentation', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm8VBMSegmentation', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm8VBMSegmentation', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm8VBMSegmentation', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm8VBMSegmentation', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm8VBMSegmentation', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm8VBMSegmentation', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm8VBMSegmentation', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm8VBMSegmentation', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm8VBMSegmentation', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm8VBMSegmentation', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm8VBMSegmentation', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm8VBMSegmentation', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm8VBMSegmentation', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm8VBMSegmentation', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm8VBMSegmentation', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm8VBMSegmentation', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm8VBMSegmentation', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm8VBMSegmentation', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm8VBMSegmentation', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm8VBMSegmentation', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm8VBMSegmentation', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm8VBMSegmentation', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm8VBMSegmentation', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm8VBMSegmentation', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm8VBMSegmentation', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm8VBMSegmentation', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm8VBMSegmentation', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm8VBMSegmentation', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm8VBMSegmentation', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm8VBMSegmentation', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm8VBMSegmentation', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm8VBMSegmentation', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm8VBMSegmentation', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm8VBMSegmentation', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm8VBMSegmentation', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm8VBMSegmentation', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm8VBMSegmentation', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm8VBMSegmentation', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm8VBMSegmentation', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm8VBMSegmentation', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm8VBMSegmentation', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm8VBMSegmentation', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm8VBMSegmentation', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm8VBMSegmentation', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm8VBMSegmentation', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm8VBMSegmentation', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm8VBMSegmentation', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm8VBMSegmentation', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm8VBMSegmentation', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm8VBMSegmentation', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm8VBMSegmentation', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm8VBMSegmentation', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm8VBMSegmentation', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm8VBMSegmentation', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm8VBMSegmentation', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm8VBMSegmentation', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm8VBMSegmentation', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm8VBMSegmentation', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm8VBMSegmentation', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm8VBMSegmentation', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm8VBMSegmentation', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm8VBMSegmentation', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm8VBMSegmentation', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm8VBMSegmentation', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm8VBMSegmentation', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm8VBMSegmentation', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm8VBMSegmentation', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm8VBMSegmentation', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm8VBMSegmentation', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm8VBMSegmentation', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm8VBMSegmentation', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm8VBMSegmentation', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm8VBMSegmentation', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm8VBMSegmentation', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm8VBMSegmentation', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm8VBMSegmentation', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm8VBMSegmentation', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm8VBMSegmentation', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm8VBMSegmentation', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm8VBMSegmentation', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm8VBMSegmentation', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm8VBMSegmentation', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm8VBMSegmentation', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm8VBMSegmentation', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm8VBMSegmentation', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm8VBMSegmentation', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm8VBMSegmentation', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm8VBMSegmentation', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm8VBMSegmentation', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm8VBMSegmentation', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm8VBMSegmentation', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm8VBMSegmentation', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm8VBMSegmentation', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm8VBMSegmentation', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm8VBMSegmentation', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm8VBMSegmentation', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm8VBMSegmentation', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm8VBMSegmentation', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm8VBMSegmentation', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm8VBMSegmentation', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm8VBMSegmentation', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm8VBMSegmentation', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm8VBMSegmentation', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm8VBMSegmentation', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm8VBMSegmentation', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm8VBMSegmentation', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm8VBMSegmentation', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm8VBMSegmentation', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm8VBMSegmentation', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm8VBMSegmentation', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm8VBMSegmentation', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm8VBMSegmentation', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm8VBMSegmentation', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm8VBMSegmentation', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm8VBMSegmentation', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm8VBMSegmentation', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm8VBMSegmentation', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm8VBMSegmentation', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm8VBMSegmentation', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm8VBMSegmentation', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm8VBMSegmentation', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm8VBMSegmentation', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm8VBMSegmentation', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm8VBMSegmentation', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm8VBMSegmentation', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm8VBMSegmentation', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm8VBMSegmentation', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm8VBMSegmentation', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm8VBMSegmentation', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm8VBMSegmentation', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm8VBMSegmentation', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm8VBMSegmentation', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm8VBMSegmentation', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm8VBMSegmentation', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm8VBMSegmentation', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm8VBMSegmentation', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm8VBMSegmentation', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm8VBMSegmentation', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm8VBMSegmentation', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm8VBMSegmentation', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm8VBMSegmentation', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm8VBMSegmentation', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm8VBMSegmentation', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm8VBMSegmentation', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm8VBMSegmentation', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm8VBMSegmentation', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm8VBMSegmentation', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm8VBMSegmentation', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm8VBMSegmentation', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm8VBMSegmentation', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm8VBMSegmentation', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm8VBMSegmentation', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm8VBMSegmentation', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm8VBMSegmentation', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm8VBMSegmentation', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm8VBMSegmentation', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm8VBMSegmentation', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm8VBMSegmentation', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm8VBMSegmentation', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm8VBMSegmentation', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm8VBMSegmentation', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm8VBMSegmentation', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm8VBMSegmentation', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm8VBMSegmentation', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm8VBMSegmentation', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm8VBMSegmentation', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm8VBMSegmentation', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm8VBMSegmentation', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm8VBMSegmentation', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm8VBMSegmentation', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm8VBMSegmentation', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm8VBMSegmentation', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm8VBMSegmentation', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm8VBMSegmentation', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm8VBMSegmentation', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8VBMSegmentation', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8VBMSegmentation', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm8VBMSegmentation', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm8VBMSegmentation', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm8VBMSegmentation', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm8VBMSegmentation', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm8VBMSegmentation', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm8VBMSegmentation', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm8VBMSegmentation', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm8VBMSegmentation', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm8VBMSegmentation', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm8VBMSegmentation', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm8VBMSegmentation', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8VBMSegmentation/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm8VBMSegmentation', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8VBMSegmentation'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm8NewSegment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm8NewSegment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm8NewSegment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm8NewSegment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm8NewSegment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm8NewSegment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm8NewSegment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm8NewSegment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm8NewSegment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm8NewSegment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm8NewSegment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm8NewSegment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm8NewSegment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm8NewSegment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm8NewSegment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm8NewSegment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm8NewSegment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm8NewSegment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm8NewSegment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm8NewSegment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm8NewSegment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm8NewSegment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm8NewSegment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm8NewSegment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm8NewSegment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm8NewSegment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm8NewSegment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm8NewSegment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm8NewSegment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm8NewSegment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm8NewSegment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm8NewSegment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm8NewSegment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm8NewSegment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm8NewSegment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm8NewSegment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm8NewSegment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm8NewSegment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm8NewSegment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm8NewSegment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm8NewSegment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm8NewSegment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm8NewSegment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm8NewSegment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm8NewSegment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm8NewSegment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm8NewSegment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm8NewSegment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_native

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'none'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'rigid', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'rigid', 'spm8NewSegment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm8NewSegment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm8NewSegment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm8NewSegment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm8NewSegment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm8NewSegment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm8NewSegment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'rigid', 'spm8NewSegment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm8NewSegment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm8NewSegment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm8NewSegment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm8NewSegment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm8NewSegment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'rigid', 'spm8NewSegment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'rigid', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'rigid', 'spm8NewSegment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'rigid', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'rigid', 'spm8NewSegment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'rigid', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'rigid', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'rigid', 'spm8NewSegment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'rigid', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'rigid', 'spm8NewSegment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'rigid', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'rigid', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'rigid', 'spm8NewSegment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'rigid', 'spm8NewSegment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'rigid', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'rigid', 'spm8NewSegment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'rigid', 'spm8NewSegment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'rigid', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'rigid', 'spm8NewSegment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'rigid', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'rigid', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_rigid_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'rigid', 'spm8NewSegment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'rigid'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'spm8NewSegment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'spm8NewSegment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'spm8NewSegment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'spm8NewSegment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'spm8NewSegment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'spm8NewSegment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'affine', 'spm8NewSegment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'affine', 'spm8NewSegment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'spm8NewSegment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'spm8NewSegment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'spm8NewSegment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'spm8NewSegment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'spm8NewSegment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'spm8NewSegment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'affine', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'affine', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'affine', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'affine', 'spm8NewSegment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'affine', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'affine', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'affine', 'spm8NewSegment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'affine', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'affine', 'spm8NewSegment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'affine', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'affine', 'spm8NewSegment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'affine', 'spm8NewSegment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'affine', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'affine', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'affine', 'spm8NewSegment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'affine', 'spm8NewSegment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'affine', 'spm8NewSegment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'affine', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'affine', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'affine', 'spm8NewSegment', 'none', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'affine', 'spm8NewSegment', '', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'affine', 'spm8NewSegment', '', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_affine_registered

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'affine', 'spm8NewSegment', 'none', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
transformation = 'affine'
modulation = 'none'
warping_method = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm8NewSegment', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm8NewSegment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm8NewSegment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm8NewSegment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm8NewSegment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm8NewSegment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm8NewSegment', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm8NewSegment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm8NewSegment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm8NewSegment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm8NewSegment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm8NewSegment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm8NewSegment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm8NewSegment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm8NewSegment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm8NewSegment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm8NewSegment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm8NewSegment', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm8NewSegment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm8NewSegment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm8NewSegment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm8NewSegment', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm8NewSegment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm8NewSegment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm8NewSegment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm8NewSegment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm8NewSegment', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm8NewSegment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm8NewSegment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm8NewSegment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm8NewSegment', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm8NewSegment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm8NewSegment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm8NewSegment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm8NewSegment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm8NewSegment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm8NewSegment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm8NewSegment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm8NewSegment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm8NewSegment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm8NewSegment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm8NewSegment', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm8NewSegment', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm8NewSegment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm8NewSegment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm8NewSegment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm8NewSegment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm8NewSegment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm8NewSegment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm8NewSegment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm8NewSegment', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm8NewSegment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm8NewSegment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm8NewSegment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm8NewSegment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm8NewSegment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm8NewSegment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm8NewSegment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm8NewSegment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm8NewSegment', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm8NewSegment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm8NewSegment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm8NewSegment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm8NewSegment', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm8NewSegment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm8NewSegment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm8NewSegment', 'low-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm8NewSegment', 'low-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm8NewSegment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm8NewSegment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm8NewSegment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm8NewSegment', '', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm8NewSegment', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm8NewSegment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm8NewSegment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm8NewSegment', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm8NewSegment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm8NewSegment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm8NewSegment', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm8NewSegment', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm8NewSegment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm8NewSegment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm8NewSegment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm8NewSegment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm8NewSegment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm8NewSegment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm8NewSegment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm8NewSegment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm8NewSegment', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm8NewSegment', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm8NewSegment', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm8NewSegment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm8NewSegment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm8NewSegment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm8NewSegment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm8NewSegment', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm8NewSegment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm8NewSegment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm8NewSegment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm8NewSegment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm8NewSegment', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm8NewSegment', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm8NewSegment', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm8NewSegment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm8NewSegment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm8NewSegment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm8NewSegment', '', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm8NewSegment', 'low-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'low-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm8NewSegment', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm8NewSegment', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm8NewSegment', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm8NewSegment', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm8NewSegment', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm8NewSegment', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm8NewSegment', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm8NewSegment', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm8NewSegment', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm8NewSegment', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm8NewSegment', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_LDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm8NewSegment', 'low-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
warping_method = 'low-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm8NewSegment', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm8NewSegment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm8NewSegment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm8NewSegment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm8NewSegment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm8NewSegment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm8NewSegment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm8NewSegment', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm8NewSegment', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm8NewSegment', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm8NewSegment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm8NewSegment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm8NewSegment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm8NewSegment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm8NewSegment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm8NewSegment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm8NewSegment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm8NewSegment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm8NewSegment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm8NewSegment', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm8NewSegment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm8NewSegment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm8NewSegment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm8NewSegment', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm8NewSegment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm8NewSegment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm8NewSegment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm8NewSegment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm8NewSegment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm8NewSegment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm8NewSegment', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm8NewSegment', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm8NewSegment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm8NewSegment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm8NewSegment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm8NewSegment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm8NewSegment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm8NewSegment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm8NewSegment', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm8NewSegment', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm8NewSegment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm8NewSegment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm8NewSegment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm8NewSegment', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm8NewSegment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm8NewSegment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm8NewSegment', 'high-dimensional', '') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm8NewSegment', 'high-dimensional', 'non-linear only') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'non-linear only'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm8NewSegment', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm8NewSegment', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm8NewSegment', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm8NewSegment', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm8NewSegment', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm8NewSegment', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm8NewSegment', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm8NewSegment', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm8NewSegment', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm8NewSegment', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm8NewSegment', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_with_affine_and_non_linear_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm8NewSegment', 'high-dimensional', 'affine and non-linear') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
modulation = 'affine and non-linear'
warping_method = 'high-dimensional'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', 'none', 'spm8NewSegment', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', '', 'spm8NewSegment', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '', 'none', 'spm8NewSegment', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_grey_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'grey'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '', '', 'spm8NewSegment', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', '', 'spm8NewSegment', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_white_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '', 'none', 'spm8NewSegment', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'white'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', '', 'spm8NewSegment', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_csf_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '', 'none', 'spm8NewSegment', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'csf'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', 'none', 'spm8NewSegment', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_skull_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '', '', 'spm8NewSegment', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'skull'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', '', 'spm8NewSegment', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_scalp_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '', 'none', 'spm8NewSegment', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'scalp'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', '', 'spm8NewSegment', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

{center}/{subject}/spm/spm8NewSegment/{acquisition}/{analysis}_HDW_from_t1mri_to_{template}/<subject>_background_proba_warped_without_modulation

Formats: 'BrainVISA volume formats'
Rule selection key: ('none', '', 'none', 'spm8NewSegment', 'high-dimensional', 'none') (False, True)
Priority offset: 0
acquisition_sequence = ''
processing = 'spm8NewSegment'
tissue_class = 'none'
warping_method = 'high-dimensional'
modulation = 'none'
transformation = 'none'

T1 MRI tissue probability mask
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['center', 'subject', 'processing', 'acquisition', 'analysis', 'segmentation_method', 'tissue_class', 'tracer', 'template', 'acquisition_sequence']
Default attributes values:
center = 'subjects'
analysis = 'default_analysis'

Rules selection key: ['tissue_class', 'processing'] ['tracer', 'template', 'acquisition_sequence', 'segmentation_method']
{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/t1mri_space/<subject>_grey_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', 'computeMatterMasks') (True, True, True, False)
Priority offset: 0
tracer = ''
template = ''
acquisition_sequence = ''
tissue_class = 'grey'
space = 't1mri'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/t1mri_space/<subject>_grey_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '') (True, True, True, False)
Priority offset: 0
tracer = ''
template = ''
acquisition_sequence = ''
tissue_class = 'grey'
space = 't1mri'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/t1mri_space/<subject>_grey_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'computeMatterMasks') (True, True, True, False)
Priority offset: 0
tracer = ''
template = ''
acquisition_sequence = ''
tissue_class = 'grey'
space = 't1mri'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/t1mri_space/<subject>_white_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'computeMatterMasks') (True, True, True, False)
Priority offset: 0
tracer = ''
template = ''
acquisition_sequence = ''
tissue_class = 'white'
space = 't1mri'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/t1mri_space/<subject>_csf_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'computeMatterMasks') (True, True, True, False)
Priority offset: 0
tracer = ''
template = ''
acquisition_sequence = ''
tissue_class = 'csf'
space = 't1mri'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/t1mri_space/<subject>_skull_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'computeMatterMasks') (True, True, True, False)
Priority offset: 0
tracer = ''
template = ''
acquisition_sequence = ''
tissue_class = 'skull'
space = 't1mri'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/t1mri_space/<subject>_scalp_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'computeMatterMasks') (True, True, True, False)
Priority offset: 0
tracer = ''
template = ''
acquisition_sequence = ''
tissue_class = 'scalp'
space = 't1mri'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/t1mri_space/<subject>_grey_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') (True, True, True, False)
Priority offset: 0
tracer = ''
template = ''
acquisition_sequence = ''
tissue_class = 'grey'
space = 't1mri'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/t1mri_space/<subject>_white_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') (True, True, True, False)
Priority offset: 0
tracer = ''
template = ''
acquisition_sequence = ''
tissue_class = 'white'
space = 't1mri'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/t1mri_space/<subject>_csf_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') (True, True, True, False)
Priority offset: 0
tracer = ''
template = ''
acquisition_sequence = ''
tissue_class = 'csf'
space = 't1mri'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/t1mri_space/<subject>_skull_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') (True, True, True, False)
Priority offset: 0
tracer = ''
template = ''
acquisition_sequence = ''
tissue_class = 'skull'
space = 't1mri'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/t1mri_space/<subject>_scalp_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') (True, True, True, False)
Priority offset: 0
tracer = ''
template = ''
acquisition_sequence = ''
tissue_class = 'scalp'
space = 't1mri'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/t1mri_space/<subject>_white_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '') (True, True, True, False)
Priority offset: 0
tracer = ''
template = ''
acquisition_sequence = ''
tissue_class = 'white'
space = 't1mri'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/t1mri_space/<subject>_white_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', 'computeMatterMasks') (True, True, True, False)
Priority offset: 0
tracer = ''
template = ''
acquisition_sequence = ''
tissue_class = 'white'
space = 't1mri'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/t1mri_space/<subject>_csf_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', 'computeMatterMasks') (True, True, True, False)
Priority offset: 0
tracer = ''
template = ''
acquisition_sequence = ''
tissue_class = 'csf'
space = 't1mri'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/t1mri_space/<subject>_csf_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '') (True, True, True, False)
Priority offset: 0
tracer = ''
template = ''
acquisition_sequence = ''
tissue_class = 'csf'
space = 't1mri'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/t1mri_space/<subject>_skull_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', 'computeMatterMasks') (True, True, True, False)
Priority offset: 0
tracer = ''
template = ''
acquisition_sequence = ''
tissue_class = 'skull'
space = 't1mri'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/t1mri_space/<subject>_skull_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '') (True, True, True, False)
Priority offset: 0
tracer = ''
template = ''
acquisition_sequence = ''
tissue_class = 'skull'
space = 't1mri'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/t1mri_space/<subject>_scalp_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', 'computeMatterMasks') (True, True, True, False)
Priority offset: 0
tracer = ''
template = ''
acquisition_sequence = ''
tissue_class = 'scalp'
space = 't1mri'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/t1mri_space/<subject>_scalp_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '') (True, True, True, False)
Priority offset: 0
tracer = ''
template = ''
acquisition_sequence = ''
tissue_class = 'scalp'
space = 't1mri'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/pet{tracer}_space/<subject>_grey_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', 'computeMatterMasks') (False, True, True, False)
Priority offset: 0
template = ''
acquisition_sequence = ''
tissue_class = 'grey'
space = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/pet{tracer}_space/<subject>_grey_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '') (False, True, True, False)
Priority offset: 0
template = ''
acquisition_sequence = ''
tissue_class = 'grey'
space = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/pet{tracer}_space/<subject>_grey_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'computeMatterMasks') (False, True, True, False)
Priority offset: 0
template = ''
acquisition_sequence = ''
tissue_class = 'grey'
space = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/pet{tracer}_space/<subject>_white_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'computeMatterMasks') (False, True, True, False)
Priority offset: 0
template = ''
acquisition_sequence = ''
tissue_class = 'white'
space = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/pet{tracer}_space/<subject>_csf_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'computeMatterMasks') (False, True, True, False)
Priority offset: 0
template = ''
acquisition_sequence = ''
tissue_class = 'csf'
space = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/pet{tracer}_space/<subject>_skull_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'computeMatterMasks') (False, True, True, False)
Priority offset: 0
template = ''
acquisition_sequence = ''
tissue_class = 'skull'
space = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/pet{tracer}_space/<subject>_scalp_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'computeMatterMasks') (False, True, True, False)
Priority offset: 0
template = ''
acquisition_sequence = ''
tissue_class = 'scalp'
space = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/pet{tracer}_space/<subject>_grey_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') (False, True, True, False)
Priority offset: 0
template = ''
acquisition_sequence = ''
tissue_class = 'grey'
space = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/pet{tracer}_space/<subject>_white_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') (False, True, True, False)
Priority offset: 0
template = ''
acquisition_sequence = ''
tissue_class = 'white'
space = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/pet{tracer}_space/<subject>_csf_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') (False, True, True, False)
Priority offset: 0
template = ''
acquisition_sequence = ''
tissue_class = 'csf'
space = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/pet{tracer}_space/<subject>_skull_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') (False, True, True, False)
Priority offset: 0
template = ''
acquisition_sequence = ''
tissue_class = 'skull'
space = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/pet{tracer}_space/<subject>_scalp_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') (False, True, True, False)
Priority offset: 0
template = ''
acquisition_sequence = ''
tissue_class = 'scalp'
space = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/pet{tracer}_space/<subject>_white_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '') (False, True, True, False)
Priority offset: 0
template = ''
acquisition_sequence = ''
tissue_class = 'white'
space = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/pet{tracer}_space/<subject>_white_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', 'computeMatterMasks') (False, True, True, False)
Priority offset: 0
template = ''
acquisition_sequence = ''
tissue_class = 'white'
space = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/pet{tracer}_space/<subject>_csf_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '') (False, True, True, False)
Priority offset: 0
template = ''
acquisition_sequence = ''
tissue_class = 'csf'
space = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/pet{tracer}_space/<subject>_csf_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', 'computeMatterMasks') (False, True, True, False)
Priority offset: 0
template = ''
acquisition_sequence = ''
tissue_class = 'csf'
space = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/pet{tracer}_space/<subject>_skull_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', 'computeMatterMasks') (False, True, True, False)
Priority offset: 0
template = ''
acquisition_sequence = ''
tissue_class = 'skull'
space = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/pet{tracer}_space/<subject>_skull_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '') (False, True, True, False)
Priority offset: 0
template = ''
acquisition_sequence = ''
tissue_class = 'skull'
space = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/pet{tracer}_space/<subject>_scalp_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', 'computeMatterMasks') (False, True, True, False)
Priority offset: 0
template = ''
acquisition_sequence = ''
tissue_class = 'scalp'
space = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/pet{tracer}_space/<subject>_scalp_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '') (False, True, True, False)
Priority offset: 0
template = ''
acquisition_sequence = ''
tissue_class = 'scalp'
space = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/mni{template}_space/<subject>_grey_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', 'computeMatterMasks') (True, False, True, False)
Priority offset: 0
tracer = ''
acquisition_sequence = ''
tissue_class = 'grey'
space = 'mni'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/mni{template}_space/<subject>_grey_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '') (True, False, True, False)
Priority offset: 0
tracer = ''
acquisition_sequence = ''
tissue_class = 'grey'
space = 'mni'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/mni{template}_space/<subject>_grey_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'computeMatterMasks') (True, False, True, False)
Priority offset: 0
tracer = ''
acquisition_sequence = ''
tissue_class = 'grey'
space = 'mni'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/mni{template}_space/<subject>_white_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'computeMatterMasks') (True, False, True, False)
Priority offset: 0
tracer = ''
acquisition_sequence = ''
tissue_class = 'white'
space = 'mni'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/mni{template}_space/<subject>_csf_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'computeMatterMasks') (True, False, True, False)
Priority offset: 0
tracer = ''
acquisition_sequence = ''
tissue_class = 'csf'
space = 'mni'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/mni{template}_space/<subject>_skull_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'computeMatterMasks') (True, False, True, False)
Priority offset: 0
tracer = ''
acquisition_sequence = ''
tissue_class = 'skull'
space = 'mni'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/mni{template}_space/<subject>_scalp_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'computeMatterMasks') (True, False, True, False)
Priority offset: 0
tracer = ''
acquisition_sequence = ''
tissue_class = 'scalp'
space = 'mni'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/mni{template}_space/<subject>_grey_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') (True, False, True, False)
Priority offset: 0
tracer = ''
acquisition_sequence = ''
tissue_class = 'grey'
space = 'mni'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/mni{template}_space/<subject>_white_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') (True, False, True, False)
Priority offset: 0
tracer = ''
acquisition_sequence = ''
tissue_class = 'white'
space = 'mni'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/mni{template}_space/<subject>_csf_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') (True, False, True, False)
Priority offset: 0
tracer = ''
acquisition_sequence = ''
tissue_class = 'csf'
space = 'mni'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/mni{template}_space/<subject>_skull_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') (True, False, True, False)
Priority offset: 0
tracer = ''
acquisition_sequence = ''
tissue_class = 'skull'
space = 'mni'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/mni{template}_space/<subject>_scalp_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') (True, False, True, False)
Priority offset: 0
tracer = ''
acquisition_sequence = ''
tissue_class = 'scalp'
space = 'mni'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/mni{template}_space/<subject>_white_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', '') (True, False, True, False)
Priority offset: 0
tracer = ''
acquisition_sequence = ''
tissue_class = 'white'
space = 'mni'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/mni{template}_space/<subject>_white_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('white', 'computeMatterMasks') (True, False, True, False)
Priority offset: 0
tracer = ''
acquisition_sequence = ''
tissue_class = 'white'
space = 'mni'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/mni{template}_space/<subject>_csf_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', '') (True, False, True, False)
Priority offset: 0
tracer = ''
acquisition_sequence = ''
tissue_class = 'csf'
space = 'mni'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/mni{template}_space/<subject>_csf_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf', 'computeMatterMasks') (True, False, True, False)
Priority offset: 0
tracer = ''
acquisition_sequence = ''
tissue_class = 'csf'
space = 'mni'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/mni{template}_space/<subject>_skull_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', 'computeMatterMasks') (True, False, True, False)
Priority offset: 0
tracer = ''
acquisition_sequence = ''
tissue_class = 'skull'
space = 'mni'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/mni{template}_space/<subject>_skull_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('skull', '') (True, False, True, False)
Priority offset: 0
tracer = ''
acquisition_sequence = ''
tissue_class = 'skull'
space = 'mni'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/mni{template}_space/<subject>_scalp_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', 'computeMatterMasks') (True, False, True, False)
Priority offset: 0
tracer = ''
acquisition_sequence = ''
tissue_class = 'scalp'
space = 'mni'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/mni{template}_space/<subject>_scalp_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('scalp', '') (True, False, True, False)
Priority offset: 0
tracer = ''
acquisition_sequence = ''
tissue_class = 'scalp'
space = 'mni'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') (True, True, False, True)
Priority offset: 0
segmentation_method = ''
tracer = ''
template = ''
processing = 'spm12Serial'
space = 'average'
tissue_class = 'grey'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') (True, True, False, True)
Priority offset: 0
segmentation_method = ''
tracer = ''
template = ''
processing = 'spm12Pairwise'
space = 'average'
tissue_class = 'grey'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', 'spm12Serial') (True, True, False, True)
Priority offset: 0
segmentation_method = ''
tracer = ''
template = ''
processing = 'spm12Serial'
space = 'average'
tissue_class = 'grey'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '') (True, True, False, True)
Priority offset: 0
segmentation_method = ''
tracer = ''
template = ''
processing = 'spm12Serial'
space = 'average'
tissue_class = 'grey'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', '') (True, True, False, True)
Priority offset: 0
segmentation_method = ''
tracer = ''
template = ''
processing = 'spm12Pairwise'
space = 'average'
tissue_class = 'grey'

{center}/{subject}/longitudinal_preprocessings/spm12Serial/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm12Serial') (True, True, False, True)
Priority offset: 0
segmentation_method = ''
tracer = ''
template = ''
processing = 'spm12Serial'
space = 'average'
tissue_class = 'grey'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'spm12Pairwise') (True, True, False, True)
Priority offset: 0
segmentation_method = ''
tracer = ''
template = ''
processing = 'spm12Pairwise'
space = 'average'
tissue_class = 'grey'

{center}/{subject}/longitudinal_preprocessings/spm12Pairwise/avg_{acquisition_sequence}/{analysis}/<subject>_{acquisition}_to_avg_<acquisition_sequence>_grey_mask

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey', 'spm12Pairwise') (True, True, False, True)
Priority offset: 0
segmentation_method = ''
tracer = ''
template = ''
processing = 'spm12Pairwise'
space = 'average'
tissue_class = 'grey'

T1MRI to PET transformation file
Parent types:
Transformation matrix
Transformation
Any Type

Key: ['center', 'subject', 'processing', 'acquisition', 'analysis', 'segmentation_method', 'tracer']
Default attributes values:
center = 'subjects'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/registration/{analysis}_from_{segmentation_method}/t1mri_to_pet{tracer}/<subject>_t1mri_bias_corrected_to_pet_transformation

Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: () ()
Priority offset: 0

T2 Brain Mask
Parent types:
Diffusion Mask
Tracking regions
ROI
Any Type

Key: ['center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition',)
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/diffusion/{acquisition}/{analysis}/brain_mask_<subject>

Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: () ()
Priority offset: 0

T2 White matter Mask
Parent types:
Diffusion Mask
Tracking regions
ROI
Any Type

Key: ['center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition',)
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/diffusion/{acquisition}/{analysis}/white_mask_<subject>

Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: () ()
Priority offset: 1

TEST to REF Transformation matrix
Parent types:
RECAL Transformation matrix
Transformation matrix
Transformation
Any Type

Key: ['center', 'subject']
Default attributes values:
center = 'subjects'

{center}/{subject}/recal/test_TO_ref

Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: () ()
Priority offset: 0
from = 'TEST'
to = 'REF'

TPM HDW DARTEL created template
Parent types:
TPM HDW DARTEL template
Dartel template
4D Template
4D Volume
Any Type

Key: ['processing', 'template', 'step']
analyzes/DARTEL/{processing}/DARTEL_{template}/<template>_{step}_HDW_DARTEL

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0

TPM HDW DARTEL template
Parent types:
Dartel template
4D Template
4D Volume
Any Type

Key: ['template', 'step']
templates/t1mri/{template}_{step}_TPM_HDW_DARTEL

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0

TPM template
Parent types:
4D Template
4D Volume
Any Type

Key: ['template']
templates/t1mri/{template}_TPM

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0

Tables Directory
Parent types:
Directory
Any Type

Key: []
tables

Formats: ['Directory']
Rule selection key: () ()
Priority offset: 0

Talairach To Subject Transformation
Parent types:
Transformation matrix
Transformation
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/mesh/surface_analysis/<subject>_Talairach_To_Subject_Transformation

Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'

Text file
Parent types:
Any Type

Key: ['center', 'subject', 'acquisition', 'space', 'modality']
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

Rules selection key: ['space', 'modality'] []

{center}/{subject}/volBrain/{acquisition}/native/<subject>_native_readme

Formats: None
Rule selection key: ('', 'volBrain') ()
Priority offset: 0
modality = 'volBrain'
space = 'native'

{center}/{subject}/volBrain/{acquisition}/mni/<subject>_mni_readme

Formats: None
Rule selection key: ('', 'volBrain') ()
Priority offset: 0
modality = 'volBrain'
space = 'mni'

{center}/{subject}/volBrain/{acquisition}/native/<subject>_native_readme

Formats: None
Rule selection key: ('', '') ()
Priority offset: 0
modality = 'volBrain'
space = 'native'

{center}/{subject}/volBrain/{acquisition}/mni/<subject>_mni_readme

Formats: None
Rule selection key: ('', '') ()
Priority offset: 0
modality = 'volBrain'
space = 'mni'

{center}/{subject}/vol2Brain/{acquisition}/readme_<subject>

Formats: None
Rule selection key: ('', '') ()
Priority offset: 0
modality = 'vol2Brain'

{center}/{subject}/volBrain/{acquisition}/native/<subject>_native_readme

Formats: None
Rule selection key: ('native', '') ()
Priority offset: 0
modality = 'volBrain'
space = 'native'

{center}/{subject}/volBrain/{acquisition}/native/<subject>_native_readme

Formats: None
Rule selection key: ('native', 'volBrain') ()
Priority offset: 0
modality = 'volBrain'
space = 'native'

{center}/{subject}/volBrain/{acquisition}/mni/<subject>_mni_readme

Formats: None
Rule selection key: ('mni', '') ()
Priority offset: 0
modality = 'volBrain'
space = 'mni'

{center}/{subject}/volBrain/{acquisition}/mni/<subject>_mni_readme

Formats: None
Rule selection key: ('mni', 'volBrain') ()
Priority offset: 0
modality = 'volBrain'
space = 'mni'

{center}/{subject}/vol2Brain/{acquisition}/readme_<subject>

Formats: None
Rule selection key: ('', 'vol2Brain') ()
Priority offset: 0
modality = 'vol2Brain'

Tissue probability map
Parent types:
3D Volume
4D Volume
Any Type

Key: ['center', 'subject', 'acquisition', 'tissue_class']
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

Rules selection key: ['tissue_class'] []

{center}/{subject}/volBrain/{acquisition}/mni/<subject>_mni_wm

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) ()
Priority offset: 0
modality = 'volBrain'
space = 'mni'
tissue_class = 'white'

{center}/{subject}/volBrain/{acquisition}/mni/<subject>_mni_gm

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) ()
Priority offset: 0
modality = 'volBrain'
space = 'mni'
tissue_class = 'grey'

{center}/{subject}/volBrain/{acquisition}/mni/<subject>_mni_csf

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) ()
Priority offset: 0
modality = 'volBrain'
space = 'mni'
tissue_class = 'csf'

{center}/{subject}/volBrain/{acquisition}/mni/<subject>_mni_wm

Formats: 'BrainVISA volume formats'
Rule selection key: ('white',) ()
Priority offset: 0
modality = 'volBrain'
space = 'mni'
tissue_class = 'white'

{center}/{subject}/volBrain/{acquisition}/mni/<subject>_mni_gm

Formats: 'BrainVISA volume formats'
Rule selection key: ('grey',) ()
Priority offset: 0
modality = 'volBrain'
space = 'mni'
tissue_class = 'grey'

{center}/{subject}/volBrain/{acquisition}/mni/<subject>_mni_csf

Formats: 'BrainVISA volume formats'
Rule selection key: ('csf',) ()
Priority offset: 0
modality = 'volBrain'
space = 'mni'
tissue_class = 'csf'

Topo Brain
Parent types:
Grey White Mask
Label volume
3D Volume
4D Volume
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis', 'side']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

Rules selection key: ['side'] []

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/Ltopo_brain_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/Rtopo_brain_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/Ltopo_brain_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/Rtopo_brain_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

Tracer
Parent types:
Directory
Any Type

Key: ['acquisition_date', 'center', 'subject', 'acquisition', 'tracer']

Non mandatory key attributes: ('acquisition_date',)
Default attributes values:
center = 'subjects'

{center}/{subject}/pet/{acquisition}/{tracer}

Formats: ['Directory']
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
modality = 'PET'

Tracking regions graph
Parent types:
Tracking regions
ROI
Any Type

Key: ['center', 'subject', 'acquisition', 'analysis', 'tracking_session']

Non mandatory key attributes: ('acquisition',)
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'
tracking_session = 'default_tracking_session'

{center}/{subject}/diffusion/{acquisition}/{analysis}/{tracking_session}/regions_<subject>_<tracking_session>

Formats: ['Graph and data', 'gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: () ()
Priority offset: 2

Transform AC/PC T2 Diffusion MR to Extended AC/PC T2 Diffusion MR
Parent types:
Transformation matrix
Transformation
Any Type

Key: ['center', 'subject', 'acquisition']

Non mandatory key attributes: ('acquisition',)
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

{center}/{subject}/diffusion/{acquisition}/registration/acpc_t2diff_TO_eacpc_t2diff_<subject>_<acquisition>

Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: () ()
Priority offset: 0

Transform DARTEL Common Space to Talairach-AC/PC-Anatomist
Parent types:
Transformation matrix
Transformation
Any Type

Key: ['Study', 'Template']
analyzes/DISCO_analyzes/DISCO_{Study}/dartel_common_space_{Template}_TO_Talairach

Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: () ()
Priority offset: 0

Transform DARTEL Input Space to Talairach-AC/PC-Anatomist
Parent types:
Transformation matrix
Transformation
Any Type

Key: ['Study']
analyzes/DISCO_analyzes/DISCO_{Study}/dartel_space_<Study>_TO_Talairach

Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: () ()
Priority offset: 0

Transform DISCO Common Space to Talairach-AC/PC-Anatomist
Parent types:
Transformation matrix
Transformation
Any Type

Key: ['Study']
analyzes/DISCO_analyzes/DISCO_{Study}/common_space_<Study>_TO_Talairach

Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: () ()
Priority offset: 0

Transform DISCO Subject Space to DISCO Common Space
Parent types:
Transformation matrix
Transformation
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/DISCO-<subject>_<acquisition>_TO_DISCO_common_space

Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/DISCO-<subject>_<acquisition>_TO_DISCO_common_space

Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/DISCO-<subject>_<acquisition>_TO_DISCO_common_space

Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/DISCO-<subject>_<acquisition>_TO_DISCO_common_space

Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/DISCO-<subject>_<acquisition>_TO_DISCO_common_space

Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/DISCO-<subject>_<acquisition>_TO_DISCO_common_space

Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/DISCO-<subject>_<acquisition>_TO_DISCO_common_space

Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/DISCO-<subject>_<acquisition>_TO_DISCO_common_space

Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

Transform Graph to Talairach-AC/PC-Anatomist
Parent types:
Transformation matrix
Transformation
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Graph-<subject>_<acquisition>_TO_Talairach

Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Graph-<subject>_<acquisition>_TO_Talairach

Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Graph-<subject>_<acquisition>_TO_Talairach

Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Graph-<subject>_<acquisition>_TO_Talairach

Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/mesh/Graph-<subject>_<acquisition>_TO_Talairach

Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Graph-<subject>_<acquisition>_TO_Talairach

Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Graph-<subject>_<acquisition>_TO_Talairach

Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/mesh/Graph-<subject>_<acquisition>_TO_Talairach

Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

Transform Raw T1 MRI to AC/PC T2 Diffusion MR
Parent types:
Transformation matrix
Transformation
Any Type

Key: ['center', 'subject', 'source.acquisition', 'destination.acquisition']
Default attributes values:
center = 'subjects'

{center}/{subject}/registration/t1mri_TO_acpc_t2diff_<subject>-{source.acquisition}-{destination.acquisition}

Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: () ()
Priority offset: 0

Transform Raw T1 MRI to Extended AC/PC T2 Diffusion MR
Parent types:
Transformation matrix
Transformation
Any Type

Key: ['center', 'subject', 'source.acquisition', 'destination.acquisition']
Default attributes values:
center = 'subjects'

{center}/{subject}/registration/t1mri_TO_eacpc_t2diff_<subject>-{source.acquisition}-{destination.acquisition}

Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: () ()
Priority offset: 0

Transform Raw T1 MRI to T2 Diffusion MR
Parent types:
Transformation matrix
Transformation
Any Type

Key: ['center', 'subject', 'source.acquisition', 'destination.acquisition']
Default attributes values:
center = 'subjects'

{center}/{subject}/registration/t1mri_TO_t2diff_<subject>-{source.acquisition}-{destination.acquisition}

Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: () ()
Priority offset: 0

Transform Raw T1 MRI to Talairach-AC/PC-Anatomist
Parent types:
Transformation matrix
Transformation
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

{center}/{subject}/t1mri/{acquisition}/registration/RawT1-<subject>_<acquisition>_TO_Talairach-ACPC

Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'

Transform Raw T1 MRI to Talairach-MNI template-SPM
Parent types:
Transformation matrix
Transformation
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

{center}/{subject}/t1mri/{acquisition}/registration/RawT1-<subject>_<acquisition>_TO_Talairach-MNI

Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'

Transform T2 Diffusion MR to AC/PC T2 Diffusion MR
Parent types:
Transformation matrix
Transformation
Any Type

Key: ['center', 'subject', 'acquisition']

Non mandatory key attributes: ('acquisition',)
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

{center}/{subject}/diffusion/{acquisition}/registration/t2diff_TO_acpc_t2diff_<subject>_<acquisition>

Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: () ()
Priority offset: 0

Transform T2 Diffusion MR to Extended AC/PC T2 Diffusion MR
Parent types:
Transformation matrix
Transformation
Any Type

Key: ['center', 'subject', 'acquisition']

Non mandatory key attributes: ('acquisition',)
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

{center}/{subject}/diffusion/{acquisition}/registration/t2diff_TO_eacpc_t2diff_<subject>_<acquisition>

Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: () ()
Priority offset: 0

Transform T2 Diffusion MR to Raw T1 MRI
Parent types:
Transformation matrix
Transformation
Any Type

Key: ['center', 'subject', 'source.acquisition', 'destination.acquisition']
Default attributes values:
center = 'subjects'

{center}/{subject}/registration/t2diff_TO_t1mri_<subject>-{source.acquisition}-{destination.acquisition}

Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: () ()
Priority offset: 0

Transformation
Parent types:
Any Type

Key: ['center', 'subject', 'acquisition', 'modality']
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

Rules selection key: ['modality'] []

{center}/{subject}/volBrain/{acquisition}/mni/<subject>_affine_transformation

Formats: None
Rule selection key: ('',) ()
Priority offset: 0
modality = 'volBrain'
space = 'mni'

{center}/{subject}/assemblyNet/{acquisition}/matrix_affine_native_to_mni_<subject>

Formats: None
Rule selection key: ('',) ()
Priority offset: 0
modality = 'assemblyNet'

{center}/{subject}/vol2Brain/{acquisition}/matrix_affine_native_to_mni_<subject>

Formats: None
Rule selection key: ('',) ()
Priority offset: 0
modality = 'vol2Brain'

{center}/{subject}/volBrain/{acquisition}/mni/<subject>_affine_transformation

Formats: None
Rule selection key: ('volBrain',) ()
Priority offset: 0
modality = 'volBrain'
space = 'mni'

{center}/{subject}/assemblyNet/{acquisition}/matrix_affine_native_to_mni_<subject>

Formats: None
Rule selection key: ('assemblyNet',) ()
Priority offset: 0
modality = 'assemblyNet'

{center}/{subject}/vol2Brain/{acquisition}/matrix_affine_native_to_mni_<subject>

Formats: None
Rule selection key: ('vol2Brain',) ()
Priority offset: 0
modality = 'vol2Brain'

Transformation Graph
Parent types:
Any Type

Key: []
analyzes/DISCO_analyzes/disco_transform_graph

Formats: ['YAML file']
Rule selection key: () ()
Priority offset: 0

Transformation matrix
Parent types:
Transformation
Any Type

Key: ['center', 'filename_variable', 'subject']
Default attributes values:
center = 'subjects'

Rules selection key: [] ['subject']
{center}/registration/*

Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: () (True,)
Priority offset: 0

{center}/{subject}/registration/*

Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: () (False,)
Priority offset: 0

Transformation to Scanner Based Referential
Parent types:
Transformation matrix
Transformation
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

{center}/{subject}/t1mri/{acquisition}/registration/RawT1-<subject>_<acquisition>_TO_Scanner_Based

Formats: ['Transformation matrix', 'Matlab file']
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'

Transverse Diffusion Coefficient
Parent types:
Diffusion Scalar Map
3D Volume
4D Volume
Any Type

Key: ['center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition',)
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/diffusion/{acquisition}/{analysis}/tdc_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0

Velocity field
Parent types:
SPM field
3D Volume
4D Volume
Any Type

Key: ['center', 'subject', 'acquisition', 'analysis', 'template', 'prefix']
Default attributes values:
center = 'subjects'

{center}/{subject}/spm/spm12Shoot/{acquisition}/{analysis}_using_{template}GS/v_{prefix}<subject>_Template

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
processing = 'spm12Shoot'

Ventricles Mask
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/ventricles_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'

Ventricule ROI
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis', 'side']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

Rules selection key: ['side'] []
{center}/{subject}/t1mri/{acquisition}/{analysis}/RVentricule_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('right',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/RVentricule_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/LVentricule_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/LVentricule_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: ('left',) ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
side = 'left'

Volume Ratio
Parent types:
Diffusion Scalar Map
3D Volume
4D Volume
Any Type

Key: ['center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition',)
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/diffusion/{acquisition}/{analysis}/vr_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0

WM Probability Map
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/WM_PMAP_<subject>

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'

White Curvature Texture
Parent types:
Curvature Texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'contrast', 'mapped', 'center', 'subject', 'acquisition', 'analysis', 'side', 'modality']

Non mandatory key attributes: ('acquisition_date', 'mapped', 'time_duration', 'time_point', 'acquisition', 'contrast', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

Rules selection key: ['side', 'modality'] []

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Lwhite_curv

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Rwhite_curv

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'right'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/left/white_curv_<side>_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'left'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/right/white_curv_<side>_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Lwhite_curv

Formats: 'BrainVISA texture formats'
Rule selection key: ('', 't1mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Rwhite_curv

Formats: 'BrainVISA texture formats'
Rule selection key: ('', 't1mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Lwhite_curv

Formats: 'BrainVISA texture formats'
Rule selection key: ('left', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/left/white_curv_<side>_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('left', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Lwhite_curv

Formats: 'BrainVISA texture formats'
Rule selection key: ('left', 't1mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Rwhite_curv

Formats: 'BrainVISA texture formats'
Rule selection key: ('right', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'right'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/right/white_curv_<side>_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('right', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Rwhite_curv

Formats: 'BrainVISA texture formats'
Rule selection key: ('right', 't1mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'right'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/left/white_curv_<side>_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('left', 'anatomical_mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'left'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/left/white_curv_<side>_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'anatomical_mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'left'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/right/white_curv_<side>_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'anatomical_mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'right'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/right/white_curv_<side>_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('right', 'anatomical_mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'right'

White Depth Texture
Parent types:
Depth Texture
Texture
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'contrast', 'mapped', 'center', 'subject', 'acquisition', 'analysis', 'side', 'modality']

Non mandatory key attributes: ('acquisition_date', 'mapped', 'time_duration', 'time_point', 'acquisition', 'contrast', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'

Rules selection key: ['side', 'modality'] []

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Lwhite_depth

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Rwhite_depth

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'right'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/left/white_depth_<side>_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'left'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/right/white_depth_<side>_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Lwhite_depth

Formats: 'BrainVISA texture formats'
Rule selection key: ('', 't1mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Rwhite_depth

Formats: 'BrainVISA texture formats'
Rule selection key: ('', 't1mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Lwhite_depth

Formats: 'BrainVISA texture formats'
Rule selection key: ('left', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/left/white_depth_<side>_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('left', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Lwhite_depth

Formats: 'BrainVISA texture formats'
Rule selection key: ('left', 't1mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Rwhite_depth

Formats: 'BrainVISA texture formats'
Rule selection key: ('right', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'right'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/right/white_depth_<side>_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('right', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/segmentation/<subject>_Rwhite_depth

Formats: 'BrainVISA texture formats'
Rule selection key: ('right', 't1mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 't1mri'
side = 'right'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/left/white_depth_<side>_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('left', 'anatomical_mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'left'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/left/white_depth_<side>_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'anatomical_mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'left'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/right/white_depth_<side>_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('', 'anatomical_mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'right'

{center}/{subject}/anatomical_mri/{acquisition}/{analysis}/segmentation/right/white_depth_<side>_<subject>

Formats: 'BrainVISA texture formats'
Rule selection key: ('right', 'anatomical_mri') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
contrast = ''
mapped = ''
modality = 'anatomical_mri'
side = 'right'

White Mask Corrected
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/rc2_White_<subject>_<acquisition>_<analysis>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/rc2_White_<subject>_<acquisition>_<analysis>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/rc2_White_<subject>_<acquisition>_<analysis>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/rc2_White_<subject>_<acquisition>_<analysis>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/rc2_White_<subject>_<acquisition>_<analysis>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/rc2_White_<subject>_<acquisition>_<analysis>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/rc2_White_<subject>_<acquisition>_<analysis>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/rc2_White_<subject>_<acquisition>_<analysis>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

White Mask Corrected DARTEL
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/wrc2_White_<subject>_<acquisition>_<analysis>_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/wrc2_White_<subject>_<acquisition>_<analysis>_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wrc2_White_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/wrc2_White_<subject>_<acquisition>_<analysis>_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/wrc2_White_<subject>_<acquisition>_<analysis>_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wrc2_White_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wrc2_White_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wrc2_White_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

White Mask Corrected DARTEL MNI
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmnirc2_White_<subject>_<acquisition>_<analysis>_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmnirc2_White_<subject>_<acquisition>_<analysis>_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmnirc2_White_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmnirc2_White_<subject>_<acquisition>_<analysis>_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmnirc2_White_<subject>_<acquisition>_<analysis>_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmnirc2_White_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmnirc2_White_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmnirc2_White_<subject>_<acquisition>_<analysis>_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

White Mask Corrected DISCO
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/rc2_White_<subject>_<acquisition>_<analysis>_DISCO

Formats: 'BrainVISA volume formats'
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/rc2_White_<subject>_<acquisition>_<analysis>_DISCO

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/rc2_White_<subject>_<acquisition>_<analysis>_DISCO

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/rc2_White_<subject>_<acquisition>_<analysis>_DISCO

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/rc2_White_<subject>_<acquisition>_<analysis>_DISCO

Formats: 'BrainVISA volume formats'
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/rc2_White_<subject>_<acquisition>_<analysis>_DISCO

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/rc2_White_<subject>_<acquisition>_<analysis>_DISCO

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/rc2_White_<subject>_<acquisition>_<analysis>_DISCO

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

White Mask Corrected DISCO DARTEL
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/wrc2_White_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/wrc2_White_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wrc2_White_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/wrc2_White_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output/wrc2_White_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wrc2_White_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wrc2_White_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output/wrc2_White_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

White Mask Corrected DISCO DARTEL MNI
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['Study', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'Template', 'manually_labelled', 'automatically_labelled']
Default attributes values:
sulci_recognition_session = 'default_session'

Rules selection key: ['manually_labelled', 'automatically_labelled'] []
analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmnirc2_White_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmnirc2_White_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmnirc2_White_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmnirc2_White_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_auto/segmentation/dartel/{Template}/warped_output_mni/wmnirc2_White_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: ['gz compressed NIFTI-1 image', 'NIFTI-1 image', 'GIS image', 'MINC image', 'gz compressed MINC image', 'SPM image', 'ECAT v image', 'ECAT i image', 'FreesurferMGZ', 'FreesurferMGH', 'Z compressed SPM image', 'gz compressed SPM image', 'Z compressed ECAT v image', 'gz compressed ECAT v image', 'Z compressed ECAT i image', 'gz compressed ECAT i image', 'JPEG image', 'TIFF image', 'TIFF(.tif) image', 'Directory', 'FDF image', 'gz compressed GIS image', 'Z compressed GIS image']
Rule selection key: ('No', 'Yes') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmnirc2_White_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmnirc2_White_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('Yes', '') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

analyzes/DISCO_analyzes/DISCO_{Study}/deformed_output/{subject}-{acquisition}-{analysis}-folds-{graph_version}/{sulci_recognition_session}_manual/segmentation/dartel/{Template}/warped_output_mni/wmnirc2_White_<subject>_<acquisition>_<analysis>_DISCO_<Template>

Formats: 'BrainVISA volume formats'
Rule selection key: ('', 'No') ()
Priority offset: 0
labelled = 'Yes'
manually_labelled = 'Yes'
automatically_labelled = 'No'
best = 'No'

atlas label volume
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['atlas']
roiMasks/atlas_{atlas}

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0
space = 'mni'
subject_specific = 'no'

atlas label volume translation
Parent types:
Text file
Any Type

Key: ['atlas']
roiMasks/translation/atlas_{atlas}_translation

Formats: ['JSON file']
Rule selection key: () ()
Priority offset: 0
space = 'mni'

available volume of interest
Parent types:
Text file
Any Type

Key: []
roiMasks/VOIs

Formats: ['JSON file']
Rule selection key: () ()
Priority offset: 0

baladin Transformation
Parent types:
Transformation matrix
Transformation
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

{center}/{subject}/t1mri/{acquisition}/registration/RawT1-<subject>_<acquisition>_TO_unknown_atlas_WITH_bal

Formats: ['Text file']
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'

coregister quality control
Parent types:
Text file
Any Type

Key: ['center', 'subject', 'processing', 'acquisition', 'tracer', 'analysis', 'segmentation_method']
Default attributes values:
center = 'subjects'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/pet<tracer>_space/coregister_QC

Formats: ['JSON file']
Rule selection key: () ()
Priority offset: 0

explicit mask for SPM analysis
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['explicit_mask']
roiMasks/explicitMaskForSPM_{explicit_mask}

Formats: 'BrainVISA volume formats'
Rule selection key: () ()
Priority offset: 0

histogram analysis data
Parent types:
Text file
Any Type

Key: ['center', 'subject', 'processing', 'acquisition', 'tracer', 'analysis', 'segmentation_method', 'PVC_method', 'VOIStatistic', 'VOIReference', 'space', 'template']
Default attributes values:
center = 'subjects'

Rules selection key: ['space'] ['template', 'PVC_method', 'segmentation_method']
{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/pet<tracer>_space/<subject>_histogram_stats_in_{VOIStatistic}_on_pet_parametric_using_{VOIReference}

Formats: ['JSON file']
Rule selection key: ('pet',) (True, False, False)
Priority offset: 0
template = ''
PVC = 'yes'
space = 'pet'
modality = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/pet<tracer>_space/<subject>_histogram_stats_in_{VOIStatistic}_on_pet_parametric_using_{VOIReference}

Formats: ['JSON file']
Rule selection key: ('',) (True, False, False)
Priority offset: 0
template = ''
PVC = 'yes'
space = 'pet'
modality = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/t1mri_space/<subject>_histogram_stats_in_{VOIStatistic}_on_pet_parametric_using_{VOIReference}

Formats: ['JSON file']
Rule selection key: ('',) (True, False, False)
Priority offset: 0
template = ''
PVC = 'yes'
space = 't1mri'
modality = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/t1mri_space/<subject>_histogram_stats_in_{VOIStatistic}_on_pet_parametric_using_{VOIReference}

Formats: ['JSON file']
Rule selection key: ('t1mri',) (True, False, False)
Priority offset: 0
template = ''
PVC = 'yes'
space = 't1mri'
modality = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/mni{template}_space/<subject>_histogram_stats_in_{VOIStatistic}_on_pet_parametric_using_{VOIReference}

Formats: ['JSON file']
Rule selection key: ('',) (False, False, False)
Priority offset: 0
PVC = 'yes'
space = 'mni'
modality = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/mni{template}_space/<subject>_histogram_stats_in_{VOIStatistic}_on_pet_parametric_using_{VOIReference}

Formats: ['JSON file']
Rule selection key: ('mni',) (False, False, False)
Priority offset: 0
PVC = 'yes'
space = 'mni'
modality = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/pet<tracer>_space/<subject>_histogram_stats_in_{VOIStatistic}_on_pet_parametric_using_{VOIReference}

Formats: ['JSON file']
Rule selection key: ('pet',) (True, True, False)
Priority offset: 0
PVC_method = ''
template = ''
PVC = 'no'
space = 'pet'
modality = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/pet<tracer>_space/<subject>_histogram_stats_in_{VOIStatistic}_on_pet_parametric_using_{VOIReference}

Formats: ['JSON file']
Rule selection key: ('',) (True, True, False)
Priority offset: 0
PVC_method = ''
template = ''
PVC = 'no'
space = 'pet'
modality = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/t1mri_space/<subject>_histogram_stats_in_{VOIStatistic}_on_pet_parametric_using_{VOIReference}

Formats: ['JSON file']
Rule selection key: ('',) (True, True, False)
Priority offset: 0
PVC_method = ''
template = ''
PVC = 'no'
space = 't1mri'
modality = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/t1mri_space/<subject>_histogram_stats_in_{VOIStatistic}_on_pet_parametric_using_{VOIReference}

Formats: ['JSON file']
Rule selection key: ('t1mri',) (True, True, False)
Priority offset: 0
PVC_method = ''
template = ''
PVC = 'no'
space = 't1mri'
modality = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/mni{template}_space/<subject>_histogram_stats_in_{VOIStatistic}_on_pet_parametric_using_{VOIReference}

Formats: ['JSON file']
Rule selection key: ('mni',) (False, True, False)
Priority offset: 0
PVC_method = ''
PVC = 'no'
space = 'mni'
modality = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/mni{template}_space/<subject>_histogram_stats_in_{VOIStatistic}_on_pet_parametric_using_{VOIReference}

Formats: ['JSON file']
Rule selection key: ('',) (False, True, False)
Priority offset: 0
PVC_method = ''
PVC = 'no'
space = 'mni'
modality = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}/mni{template}_space/<subject>_histogram_stats_in_{VOIStatistic}_on_pet_parametric_using_{VOIReference}

Formats: ['JSON file']
Rule selection key: ('',) (False, True, True)
Priority offset: 0
segmentation_method = ''
PVC_method = ''
PVC = 'no'
space = 'mni'
modality = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}/mni{template}_space/<subject>_histogram_stats_in_{VOIStatistic}_on_pet_parametric_using_{VOIReference}

Formats: ['JSON file']
Rule selection key: ('mni',) (False, True, True)
Priority offset: 0
segmentation_method = ''
PVC_method = ''
PVC = 'no'
space = 'mni'
modality = 'pet'

quantitative analysis data
Parent types:
Text file
Any Type

Key: ['center', 'subject', 'processing', 'acquisition', 'tracer', 'analysis', 'segmentation_method', 'PVC_method', 'VOIStatistic', 'VOIReference', 'space', 'template']
Default attributes values:
center = 'subjects'

Rules selection key: ['space'] ['template', 'PVC_method', 'segmentation_method']
{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/pet<tracer>_space/<subject>_stats_in_{VOIStatistic}_on_pet_parametric_using_{VOIReference}

Formats: ['JSON file']
Rule selection key: ('pet',) (True, False, False)
Priority offset: 0
template = ''
PVC = 'yes'
space = 'pet'
modality = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/pet<tracer>_space/<subject>_stats_in_{VOIStatistic}_on_pet_parametric_using_{VOIReference}

Formats: ['JSON file']
Rule selection key: ('',) (True, False, False)
Priority offset: 0
template = ''
PVC = 'yes'
space = 'pet'
modality = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/t1mri_space/<subject>_stats_in_{VOIStatistic}_on_pet_parametric_using_{VOIReference}

Formats: ['JSON file']
Rule selection key: ('',) (True, False, False)
Priority offset: 0
template = ''
PVC = 'yes'
space = 't1mri'
modality = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/t1mri_space/<subject>_stats_in_{VOIStatistic}_on_pet_parametric_using_{VOIReference}

Formats: ['JSON file']
Rule selection key: ('t1mri',) (True, False, False)
Priority offset: 0
template = ''
PVC = 'yes'
space = 't1mri'
modality = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/mni{template}_space/<subject>_stats_in_{VOIStatistic}_on_pet_parametric_using_{VOIReference}

Formats: ['JSON file']
Rule selection key: ('',) (False, False, False)
Priority offset: 0
PVC = 'yes'
space = 'mni'
modality = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_using_{PVC_method}_PVC/mni{template}_space/<subject>_stats_in_{VOIStatistic}_on_pet_parametric_using_{VOIReference}

Formats: ['JSON file']
Rule selection key: ('mni',) (False, False, False)
Priority offset: 0
PVC = 'yes'
space = 'mni'
modality = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/pet<tracer>_space/<subject>_stats_in_{VOIStatistic}_on_pet_parametric_using_{VOIReference}

Formats: ['JSON file']
Rule selection key: ('pet',) (True, True, False)
Priority offset: 0
PVC_method = ''
template = ''
PVC = 'no'
space = 'pet'
modality = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/pet<tracer>_space/<subject>_stats_in_{VOIStatistic}_on_pet_parametric_using_{VOIReference}

Formats: ['JSON file']
Rule selection key: ('',) (True, True, False)
Priority offset: 0
PVC_method = ''
template = ''
PVC = 'no'
space = 'pet'
modality = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/t1mri_space/<subject>_stats_in_{VOIStatistic}_on_pet_parametric_using_{VOIReference}

Formats: ['JSON file']
Rule selection key: ('',) (True, True, False)
Priority offset: 0
PVC_method = ''
template = ''
PVC = 'no'
space = 't1mri'
modality = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/t1mri_space/<subject>_stats_in_{VOIStatistic}_on_pet_parametric_using_{VOIReference}

Formats: ['JSON file']
Rule selection key: ('t1mri',) (True, True, False)
Priority offset: 0
PVC_method = ''
template = ''
PVC = 'no'
space = 't1mri'
modality = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/mni{template}_space/<subject>_stats_in_{VOIStatistic}_on_pet_parametric_using_{VOIReference}

Formats: ['JSON file']
Rule selection key: ('mni',) (False, True, False)
Priority offset: 0
PVC_method = ''
PVC = 'no'
space = 'mni'
modality = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}_from_{segmentation_method}_without_PVC/mni{template}_space/<subject>_stats_in_{VOIStatistic}_on_pet_parametric_using_{VOIReference}

Formats: ['JSON file']
Rule selection key: ('',) (False, True, False)
Priority offset: 0
PVC_method = ''
PVC = 'no'
space = 'mni'
modality = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}/mni{template}_space/<subject>_stats_in_{VOIStatistic}_on_pet_parametric_using_{VOIReference}

Formats: ['JSON file']
Rule selection key: ('',) (False, True, True)
Priority offset: 0
segmentation_method = ''
PVC_method = ''
PVC = 'no'
space = 'mni'
modality = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}/mni{template}_space/<subject>_stats_in_{VOIStatistic}_on_pet_parametric_using_{VOIReference}

Formats: ['JSON file']
Rule selection key: ('mni',) (False, True, True)
Priority offset: 0
segmentation_method = ''
PVC_method = ''
PVC = 'no'
space = 'mni'
modality = 'pet'

quantitative analysis label volume
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['VOIStatistic', 'center', 'subject', 'processing', 'acquisition', 'analysis', 'segmentation_method', 'tracer', 'template']
Default attributes values:
center = 'subjects'

Rules selection key: [] ['center', 'subject', 'processing', 'acquisition', 'analysis', 'segmentation_method', 'tracer', 'template']
roiMasks/VOIStat_{VOIStatistic}

Formats: 'BrainVISA volume formats'
Rule selection key: () (True, True, True, True, True, True, True, True)
Priority offset: 0
center = ''
subject = ''
processing = ''
acquisition = ''
analysis = ''
segmentation_method = ''
tracer = ''
template = ''
space = 'mni'
subject_specific = 'no'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/voi/{analysis}_from_{segmentation_method}/pet{tracer}_space/VOIStat_{VOIStatistic}

Formats: 'BrainVISA volume formats'
Rule selection key: () (False, False, False, False, False, False, False, True)
Priority offset: 0
template = ''
space = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/voi/{analysis}_from_{segmentation_method}/t1mri_space/VOIStat_{VOIStatistic}

Formats: 'BrainVISA volume formats'
Rule selection key: () (False, False, False, False, False, False, True, True)
Priority offset: 0
tracer = ''
template = ''
space = 't1mri'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/voi/{analysis}_from_{segmentation_method}/mni{template}_space/VOIStat_{VOIStatistic}

Formats: 'BrainVISA volume formats'
Rule selection key: () (False, False, False, False, False, False, True, False)
Priority offset: 0
tracer = ''
space = 'mni'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/voi/{analysis}/pet{tracer}_space/VOIStat_{VOIStatistic}

Formats: 'BrainVISA volume formats'
Rule selection key: () (False, False, False, False, False, True, False, True)
Priority offset: 0
segmentation_method = ''
template = ''
space = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/voi/{analysis}/t1mri_space/VOIStat_{VOIStatistic}

Formats: 'BrainVISA volume formats'
Rule selection key: () (False, False, False, False, False, True, True, True)
Priority offset: 0
segmentation_method = ''
tracer = ''
template = ''
space = 't1mri'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/voi/{analysis}/mni{template}_space/VOIStat_{VOIStatistic}

Formats: 'BrainVISA volume formats'
Rule selection key: () (False, False, False, False, False, True, True, False)
Priority offset: 0
segmentation_method = ''
tracer = ''
space = 'mni'

{center}/{subject}/voi/{acquisition}/pet{tracer}_space/VOIStat_{VOIStatistic}

Formats: 'BrainVISA volume formats'
Rule selection key: () (False, False, True, False, True, True, False, True)
Priority offset: 0
processing = ''
analysis = ''
segmentation_method = ''
template = ''
space = 'pet'

{center}/{subject}/voi/{acquisition}/t1mri_space/VOIStat_{VOIStatistic}

Formats: 'BrainVISA volume formats'
Rule selection key: () (False, False, True, False, True, True, True, True)
Priority offset: 0
processing = ''
analysis = ''
segmentation_method = ''
tracer = ''
template = ''
space = 't1mri'

{center}/{subject}/voi/{acquisition}/mni{template}_space/VOIStat_{VOIStatistic}

Formats: 'BrainVISA volume formats'
Rule selection key: () (False, False, True, False, True, True, True, False)
Priority offset: 0
processing = ''
analysis = ''
segmentation_method = ''
tracer = ''
space = 'mni'

quantitative analysis label volume translation
Parent types:
Text file
Any Type

Key: ['VOIStatistic']
roiMasks/translation/VOIStat_{VOIStatistic}

Formats: ['JSON file']
Rule selection key: () ()
Priority offset: 0

rawdata quality control
Parent types:
Text file
Any Type

Key: ['center', 'subject', 'processing', 'acquisition', 'tracer', 'analysis']
Default attributes values:
center = 'subjects'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/pet{tracer}/{analysis}/pet<tracer>_space/<subject>_rawdata_QC

Formats: ['JSON file']
Rule selection key: () ()
Priority offset: 0
recons = 'none'
rescan = 'none'

reference region mask
Parent types:
Label volume
3D Volume
4D Volume
Any Type

Key: ['VOIReference', 'center', 'subject', 'processing', 'acquisition', 'analysis', 'segmentation_method', 'tracer', 'template']
Default attributes values:
center = 'subjects'

Rules selection key: [] ['center', 'subject', 'processing', 'acquisition', 'analysis', 'segmentation_method', 'tracer', 'template']
roiMasks/VOIReference_{VOIReference}

Formats: 'BrainVISA volume formats'
Rule selection key: () (True, True, True, True, True, True, True, True)
Priority offset: 0
center = ''
subject = ''
processing = ''
acquisition = ''
analysis = ''
segmentation_method = ''
tracer = ''
template = ''
space = 'mni'
subject_specific = 'no'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/voi/{analysis}_from_{segmentation_method}/pet{tracer}_space/VOIReference_{VOIReference}

Formats: 'BrainVISA volume formats'
Rule selection key: () (False, False, False, False, False, False, False, True)
Priority offset: 0
template = ''
space = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/voi/{analysis}_from_{segmentation_method}/t1mri_space/VOIReference_{VOIReference}

Formats: 'BrainVISA volume formats'
Rule selection key: () (False, False, False, False, False, False, True, True)
Priority offset: 0
tracer = ''
template = ''
space = 't1mri'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/voi/{analysis}_from_{segmentation_method}/mni{template}_space/VOIReference_{VOIReference}

Formats: 'BrainVISA volume formats'
Rule selection key: () (False, False, False, False, False, False, True, False)
Priority offset: 0
tracer = ''
space = 'mni'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/voi/{analysis}/pet{tracer}_space/VOIReference_{VOIReference}

Formats: 'BrainVISA volume formats'
Rule selection key: () (False, False, False, False, False, True, False, True)
Priority offset: 0
segmentation_method = ''
template = ''
space = 'pet'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/voi/{analysis}/t1mri_space/VOIReference_{VOIReference}

Formats: 'BrainVISA volume formats'
Rule selection key: () (False, False, False, False, False, True, True, True)
Priority offset: 0
segmentation_method = ''
tracer = ''
template = ''
space = 't1mri'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/voi/{analysis}/mni{template}_space/VOIReference_{VOIReference}

Formats: 'BrainVISA volume formats'
Rule selection key: () (False, False, False, False, False, True, True, False)
Priority offset: 0
segmentation_method = ''
tracer = ''
space = 'mni'

{center}/{subject}/voi/{acquisition}/pet{tracer}_space/VOIReference_{VOIReference}

Formats: 'BrainVISA volume formats'
Rule selection key: () (False, False, True, False, True, True, False, True)
Priority offset: 0
processing = ''
analysis = ''
segmentation_method = ''
template = ''
space = 'pet'

{center}/{subject}/voi/{acquisition}/t1mri_space/VOIReference_{VOIReference}

Formats: 'BrainVISA volume formats'
Rule selection key: () (False, False, True, False, True, True, True, True)
Priority offset: 0
processing = ''
analysis = ''
segmentation_method = ''
tracer = ''
template = ''
space = 't1mri'

{center}/{subject}/voi/{acquisition}/mni{template}_space/VOIReference_{VOIReference}

Formats: 'BrainVISA volume formats'
Rule selection key: () (False, False, True, False, True, True, True, False)
Priority offset: 0
processing = ''
analysis = ''
segmentation_method = ''
tracer = ''
space = 'mni'

reference region mask translation
Parent types:
Text file
Any Type

Key: ['VOIReference']
roiMasks/translation/VOIReference_{VOIReference}

Formats: ['JSON file']
Rule selection key: () ()
Priority offset: 0

referential of CT
Parent types:
Referential
Text file
Any Type

Key: ['center', 'subject', 'acquisition', 'tracer']
Default attributes values:
center = 'subjects'

{center}/{subject}/ct/{acquisition}/{tracer}/<subject>_ct

Formats: ['Referential']
Rule selection key: () ()
Priority offset: 0

referential of PET
Parent types:
Referential
Text file
Any Type

Key: ['acquisition_date', 'center', 'subject', 'acquisition', 'tracer']

Non mandatory key attributes: ('acquisition_date',)
Default attributes values:
center = 'subjects'

{center}/{subject}/pet/{acquisition}/{tracer}/<subject>_mean

Formats: ['Referential']
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
modality = 'PET'

referential of PET dynamic
Parent types:
Referential
Text file
Any Type

Key: ['acquisition_date', 'center', 'subject', 'acquisition', 'tracer']

Non mandatory key attributes: ('acquisition_date',)
Default attributes values:
center = 'subjects'

{center}/{subject}/pet/{acquisition}/{tracer}/<subject>_dynamic

Formats: ['Referential']
Rule selection key: () ()
Priority offset: 0
acquisition_date = ''
modality = 'PET'

referential of Raw MP2RAGE
Parent types:
Referential
Text file
Any Type

Key: ['center', 'subject', 'acquisition']

Non mandatory key attributes: ('acquisition',)
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'

{center}/{subject}/mp2rage/{acquisition}/registration/RawMP2RAGE-<subject>_<acquisition>

Formats: ['Referential']
Rule selection key: () ()
Priority offset: 0
modality = 'mp2rage'

segmentation quality control
Parent types:
Text file
Any Type

Key: ['center', 'subject', 'processing', 'acquisition', 'analysis', 'segmentation_method']
Default attributes values:
center = 'subjects'

{center}/{subject}/nuclear_imaging/{processing}/{acquisition}/t1mri/{analysis}_from_{segmentation_method}/t1mri_space/t1mri_segmentation_QC

Formats: ['JSON file']
Rule selection key: () ()
Priority offset: 0

siRelax Fold Energy
Parent types:
Any Type

Key: ['acquisition_date', 'time_duration', 'rescan', 'time_point', 'center', 'subject', 'acquisition', 'analysis', 'graph_version', 'sulci_recognition_session', 'side', 'best']

Non mandatory key attributes: ('acquisition_date', 'time_duration', 'time_point', 'acquisition', 'analysis', 'rescan')
Default attributes values:
center = 'subjects'
acquisition = 'default_acquisition'
analysis = 'default_analysis'
graph_version = '3.1'
sulci_recognition_session = 'default_session'

Rules selection key: ['side', 'best'] []
{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/L<subject>_<sulci_recognition_session>_auto

Formats: ['siRelax Fold Energy']
Rule selection key: ('left', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/L<subject>_<sulci_recognition_session>_best

Formats: ['siRelax Fold Energy']
Rule selection key: ('', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/R<subject>_<sulci_recognition_session>_best

Formats: ['siRelax Fold Energy']
Rule selection key: ('', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/L<subject>_<sulci_recognition_session>_auto

Formats: ['siRelax Fold Energy']
Rule selection key: ('', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/R<subject>_<sulci_recognition_session>_auto

Formats: ['siRelax Fold Energy']
Rule selection key: ('', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/L<subject>_<sulci_recognition_session>_auto

Formats: ['siRelax Fold Energy']
Rule selection key: ('', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/R<subject>_<sulci_recognition_session>_auto

Formats: ['siRelax Fold Energy']
Rule selection key: ('', 'No') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'No'
side = 'right'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/L<subject>_<sulci_recognition_session>_best

Formats: ['siRelax Fold Energy']
Rule selection key: ('left', '') ()
Priority offset: -1
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
automatically_labelled = 'Yes'
best = 'Yes'
side = 'left'

{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/L<subject>_<sulci_recognition_session>_auto

Formats: ['siRelax Fold Energy']
Rule selection key: ('left', '') ()
Priority offset: 0
acquisition_date = ''
time_duration = ''
rescan = ''
time_point = ''
modality = 't1mri'
labelled = 'Yes'
manually_labelled = 'No'
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/R<subject>_<sulci_recognition_session>_best

Formats: ['siRelax Fold Energy']
Rule selection key: ('right', '') ()
Priority offset: -1
acquisition_date = ''
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/R<subject>_<sulci_recognition_session>_auto

Formats: ['siRelax Fold Energy']
Rule selection key: ('right', '') ()
Priority offset: 0
acquisition_date = ''
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_auto/R<subject>_<sulci_recognition_session>_auto

Formats: ['siRelax Fold Energy']
Rule selection key: ('right', 'No') ()
Priority offset: 0
acquisition_date = ''
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/L<subject>_<sulci_recognition_session>_best

Formats: ['siRelax Fold Energy']
Rule selection key: ('left', 'Yes') ()
Priority offset: -1
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/L<subject>_<sulci_recognition_session>_best

Formats: ['siRelax Fold Energy']
Rule selection key: ('', 'Yes') ()
Priority offset: -1
acquisition_date = ''
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/R<subject>_<sulci_recognition_session>_best

Formats: ['siRelax Fold Energy']
Rule selection key: ('', 'Yes') ()
Priority offset: -1
acquisition_date = ''
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{center}/{subject}/t1mri/{acquisition}/{analysis}/folds/{graph_version}/{sulci_recognition_session}_best/R<subject>_<sulci_recognition_session>_best

Formats: ['siRelax Fold Energy']
Rule selection key: ('right', 'Yes') ()
Priority offset: -1
acquisition_date = ''
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